Jon's Guestbook | Fry Family Genealogy | Hull Local Image Gallery | Jon's Web Cams | Free Dating & Personals

These archive pages can become very large.
Please use the site search box in the side bar to locate specific information.

Tuesday, January 31, 2006

The Ethanol Boom

>> Listen to this Article or Add to Podcast
As oil prices continue to rise, Americans are getting their fuel from an unlikely source -€“ corn.

Across the country, plants are opening that convert corn into ethanol - a clean burning, renewable fuel. Ethanol improves car performance since it cleans the engine, fuel lines and increases the octane of a blended fuel. It also helps the environment – a 10 percent blend of ethanol in fuel can reduce emissions by up to 30 percent.

Thousands of gas stations across the country offer drivers 10 percent ethanol blend fuel, and more than 600 stations offer 85 percent ethanol. That number is expected to grow with the recently passed energy bill that mandates an increase in ethanol fuel production. As demand grows, producers are using automation technology to produce ethanol more efficiently.

Multimedia:



Watch the Video - The Ethanol Boom (1 min 59 sec)
(The video is streamed courtesy of Google Video and will open in a new window)

Source:
Siemens

Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | | | |


New Lightweight Engine for Vectra

>> Listen to this Article or Add to Podcast
  • New lightweight 140PS 1.8-litre now available in Vectra and Signum
  • Offers improvements in economy, flexibility, refinement and performance
  • Lower emissions bring tax savings of up to £566 for company car drivers
After making its debut in the Zafira late last year, Vauxhall’s sophisticated new 1.8-litre petrol engine is now available in the New Vectra and New Signum. The powerplant features a state-of-the-art Variable Valve Timing (VVT) system, bringing a host of improvements compared to the outgoing 1.8-litre model.

Power is boosted from 122PS to 140PS, cutting the 0-60 time from 10.5 to 9.9 seconds and raising the top speed by 5mph to 131mph for the Vectra hatch. But despite these improvements, fuel consumption is actually reduced by an average of 3 percent, with the new engine achieving 39.2mpg on the combined cycle.

More importantly from a company driver’s perspective, the new more efficient engine results in significant benefit-in-kind tax band reductions. The SRi hatchback’s emissions drop from 182g/km to 173g/km, while non-SRi models drop from 175 to 173g/km. This is enough to drop the SRi by two percentage bands to 21 percent.

For a 40 percent taxpayer, this saving amounts to £566 over three years for the new SRi 1.8 VVT compared to the existing SRi 1.8 16v. The new Signum 1.8 VVT also offers tax savings against the previous 1.8i model, with a 40 percent tax payer saving £406 over the same period.

This has been made possible by using advanced valve and cam phasing technology, which makes sure the engine is operating at its most efficient. With 90 percent of the 175Nm maximum torque available between 2200 and 6200rpm the car feels lively and responsive even at lower engine speeds, making everyday driving more relaxed with less need to change gear and work the engine.

Despite additional features such as VVT, engineers succeeded in making the new engine three percent lighter than the previous version while achieving increased stiffness and structural strength. This all brings improvements in refinement and efficiency with no compromises to the driving dynamics.

Prices start at £14,750 for the 1.8 Vectra Exclusiv hatchback, £15,750 for the Estate and £17,995 for the Signum Exclusiv.

A full technical specification for the 1.8 ECOTEC is as follows:
Displacement (cm3): 1796
Bore/stroke (mm): 80.5/88.2
Compression ratio: 10.5:1
Power output (kW/PS at rpm): 103/140 at 6300
Max. torque (Nm at rpm): 175 at 3800

Research Material:
  • Founded in London in 1903, Vauxhall is a UK brand aiming to deliver driving excitement and stylish and innovative design. Its vehicles benefit from the best of GM's worldwide capability while being designed to cater for the various and varied demands of modern day drivers.
  • GM's UK van plant in Luton and car plant in Ellesmere Port produce over a quarter of a million vehicles a year, as well as being major contributors to the local economies and communities in both Bedfordshire and Cheshire.
  • Total sales for 2005 were 369,834 (317,353 cars and 52,481 vans). UK production of cars and vans in the same period totalled 279,331 (188,917 cars and 90,414 vans).
Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | |


Monday, January 30, 2006

Mazda is UK’s Favourite Sports Car Marque

>> Listen to this Article or Add to Podcast
Mazda sells more sports cars in the UK than any other car maker, figures just released show.

With total sports car sales of 10,153 units in 2005, Mazda has a 13.8 per cent share of the overall sports car and coupe segment of market. And there will be much more to come in 2006, according to Rob Lindley, managing director of Mazda UK.

"We would have sold even more in 2005, but we ran out the old model MX-5 early in September and the new car did not go on sale until November. We also had supply shortages with Mazda RX-8 in the second quarter which impacted on total sports car sales," said Lindley.

He estimates that dealers could have sold 1,000 extra cars if they had them. "We really only hit our full potential in October and November when we took a phenomenal 40 per cent share of the non-premium sports car segment."

Total RX-8 sales in 2005 were 4,971 and Mazda sold 5,812 MX-5s, according to figures from the SMMT.

Only the Vauxhall Tigra with 5,563 outsold the MX-5, but total Vauxhall sports and coupe sales, including VX220 and Monaro, were 5,936, giving Vauxhall an 8.1 per cent segment share.

Lindley predicts that the sports car and coupe segment will grow this year despite the demise of models like the MGTF and Toyota MR2 (which is being gradually phased out).

He forecasts sales of 9,000 MX-5s in 2006, around the same volume achieved in Mazda's best every year previously with the roadster (2003). He also anticipates selling 5,000 Mazda RX-8s.

What Car? magazine also endorsed the position of Mazda as the UKs favourite sports car company with two awards for the marque this month. "The recent What Car? Awards 2006 were a huge boost and a great recognition for all of us at Mazda with the MX-5 and RX-8 winning the Best Open Top and Best Coupe categories respectively."

"If you add in our newly-launched sports models, Mazda has a really strong, broad-based performance range," said Lindley.

The sports car range now also includes a 260ps, 150mph high-performance saloon the Mazda6 MPS at £23,950, the Mazda MX-5 two-seater sports car from £15,600 and the rotary-powered four-seater, four-door sports coupe Mazda RX-8 from £20,500.

Lindley believes that the Mazda MX-5 is the "only competitive, rear wheel drive genuine two-seater sports car" in its price range. Honda’s S2000 costs more than £25,000 and BMW’s Z4 starts at £21,600.

Mazda’s sports car line-up will be given an added boost when TV advertising returns for the Mazda RX-8 in March. "It is still very early in the MX-5 launch period as well, " said Lindley. TV advertising for that model starts in April.

The Mazda sports car range can be experienced at Mazda dealerships around the UK as Mazda MX-5, RX-8 and the Mazda6 MPS models are all on sale now. Mazda is holding a National test drive campaign for the three models at every dealership under the banner "Storm Warning" from 15 to 19 February (inclusive).

The SMMT figures show that in the non-premium sports car section, one-in-four buyers opt for Mazda which has a 25.3 per cent market, ahead of Vauxhall and Hyundai.

Overall, Mazda also outsells Porsche, Mercedes-Benz and BMW sports cars.

Source:
SMMT

Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | |


Checking Your Oil

>> Listen to this Article or Add to Podcast
How often do you check your oil? Many owners’ manuals recommend you check your engine’s oil every time you get fuel. But if you’re like a lot of drivers, you probably don’t even know where the dipstick is.

Winter weather may mean a change in your engine’s oil grade.

Brian Osuch reports for GM Goodwrench.


Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | |


Brakes to Slow, Gears to Go

>> Listen to this Article or Add to Podcast
To mark the IAM's 50th anniversary this year I will be providing 50 tips to improve your driving, courtesy of the IAM. The third one is below.
This week’s initiative to offer an advanced driving scheme to "white van man" was greeted by everybody – except, predictably, the people it was aimed at.

Nobody likes to be told that possibly they could improve their driving. And when the news broke, White Van Men took to the airwaves from their cabs to protest. They claimed they were being picked on – and that there are plenty of other drivers who are equally poor (mini cab drivers, 4 x 4 owners for example).

But despite this initial hostile reaction to Transport Secretary Alistair Darling’s initiative, common sense tells us that there is some excellent thinking here.

First of all, any driver education has to be welcome. There is no such thing as a perfect driver, and we can all gain from refreshing our skill at the wheel, without exception.

Mr Darling has pledged a £1.3m fund for Safe and Fuel Efficient Drivers (SaFED). Saving up to £500 of diesel per vehicle should appeal to white van drivers, even if the road safety or environmental benefits don't.

Interestingly, one of the key course techniques is better use of gears. By avoiding over revving and missing out unnecessary gear changes, drivers can not only reduce fuel consumption, they can also cut down wear and tear on the transmission.

Those of us taught to drive years ago were conditioned to move our way up and down the gear box systematically – 4, 3, 2 and 1. But that’s because vehicles in those days had inferior brakes and we needed to bring the cars to a halt by using the drag of the transmission.

These days, we recommend "block changing". Use the brakes to slow down, then, when the speed is right, choose the gear that is best for that speed. So you may move from fourth, say, straight to second, after you have finished braking. Brake pads are cheaper to replace than clutches. You can also block change to move up, skipping intermediate gears.

So remember – "gears to go, brakes to slow".
For further information and other driving tips, visit the IAM website at iam.org.uk

Previous Tips:
  1. Ice on the Road
  2. When Backwards is Best
Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | |


Increased European Engineering Input at Toyota

>> Listen to this Article or Add to Podcast
  • Inauguration of expanded Brussels Technical Centre
  • Development part of Toyota’s programme of localisation of its European design and engineering operations
  • Total project investment worth €130 million (approx. £91 million)
  • Ninth consecutive record year for Toyota sales in Europe
Toyota’s commitment to establishing local facilities for its European design and engineering operations reached a new milestone yesterday with the official inauguration of its expanded Technical Centre in Zaventem, Brussels.

The focus of the centre’s work is the complete development of upper body elements for all future Toyota models in Europe, including body, chassis and electronics design; selection and testing of materials and components; engine evaluation; and tuning of driveability characteristics.

Toyota also produced 638,000 cars, 588,000 engines and almost 337,000 transmissions at its plants in the UK, France, Turkey, Poland and the Czech Republic. 2005 was its ninth consecutive year of record sales.

The Technical Centre employs 580 people and represents a total investment of €130 million (approx. £91 million). It is also home to Toyota’s European purchasing and product engineering activities, which will continue to grow in step with the expansion of Toyota’s European manufacturing operations and capacity.

Speaking at the opening ceremony, Shinichi Sasaki, President and Chief Executive Officer of Toyota Motor Europe, said: "The expansion of our R&D operations is crucial to our future growth in Europe, as it will help ensure that our European customers are provided with superior quality vehicles that are specifically tailored to their tastes."

The occasion was also attended by Belgian Prime Minister, Guy Verhofstadt and European Commissioner for Science and Research, Janez Potočnik.

Toyota announced an additional €75 million (approx. £52.5 million) investment in its Technical Centre in February 2004, creating around 200 additional engineering jobs. This money was divided between new build (€30 million, approx. £21 million) and the introduction of new test and evaluation facilities (€45 million, approx. £31.5 million).

In 2006, Toyota aims to take its European sales above one million units and to achieve full production capacity of 806,000 cars, 860,000 engines and 575,000 transmissions.

Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | |


Female Engineer Takes The Wise Prize

>> Listen to this Article or Add to Podcast
Kiara Harper with her certificate from Ford and WISEFord Motor Company Ltd has awarded this year's WISE prize to 20-year-old automotive engineering student Kiara Harper.

Kiara, who studies at Kingston University in Surrey, received her £750 prize at this month's Young Women Engineer of the Year award ceremony. It was presented in London by CBI director general Sir Digby Jones, with Ford represented by European quality director Kenna Kintrea.

Ford and The WISE Campaign (Women Into Science and Engineering) make the annual award, which is backed by the Institutes of Incorporated Engineers, Electrical Engineers and Mechanical Engineers, to a carefully chosen female engineering student. Kiara came first in a stringent selection process including interview by a panel of engineering professionals.

The Ford WISE prize was initiated by Ford to recognise and reward exceptional women in the penultimate year of studying for their engineering degree. It also promotes the potential of engineering as a career to females.

"Kiara is an exceptional woman who is committed to the world of engineering. She not only studies the discipline but is also enthusiastic and dedicated," said Kenna Kintrea, who is based at Merkenich Technical Centre in Germany – one of Ford's two principal European research and development centres. The Ford Dunton Technical Centre in Essex is the UK's largest automotive R&D facility, staffed by an engineering team of more than 3,000.

Leah Pellew, chair of Ford's Engineers for the Next Generation (ENG) group at Dunton, said: "ENG works hard to increase the awareness of science and engineering as a career to all young people. The Ford WISE prize is supporting those young women who have chosen to pursue a degree in what is typically a male dominated arena."

Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | |


HomeLink - The Luxury Link Between Car and Home

>> Listen to this Article or Add to Podcast
Today's luxury vehicle owners expect a stylish ambience and superior comfort not only in their car but also their own four walls. To ensure that driving into one's own garage also meets these high expectations, Johnson Controls, one of the world's leading suppliers of automotive interior systems, electronics and batteries, has now closed the comfort gap between home and car. The company designs and produces the HomeLink integrated, remote-controlled garage door opener for all Porsche models. This means drivers no longer have to step out of their car in the pouring rain to open their garage door - they can do so automatically at the touch of a button from the comfort of their car. Already available in the Cayenne, HomeLink is now offered as an optional extra for the 911 Carrera (S) and Boxster (S) as well.

Apart from conveniently opening garage doors, HomeLink offers plenty of other benefits. Since it recognizes the frequencies of almost any radio-controlled handset device, the system can control up to three functions - such as garage doors and property gates or lighting and home alarm systems - all at the touch of a button and from the comfort of the car. The transmitter can be programmed in a few simple steps and is just as easy to operate.

Click here

The comfortable aspect of this system is that the remote control is built into the overhead console of the vehicle - styled to coordinate perfectly with the Porsche interior design: inconspicuous and yet ergonomically geared for maximum driver comfort. This eliminates the inconvenience of having to replace handset batteries, since the power supply comes from the onboard electronics. And there's no more hunting around for a handheld remote either.

The new Porsche models have the added advantage of being fitted with the second generation of this garage door opener. This latest version of HomeLink is compatible with almost all garage door openers - even those that work on the interference-free 868 MHz frequency.

HomeLink also is the first universal remote control that can recognize the frequencies of a wide range of handheld transmitters from various manufacturers - and operate them all using a single system.

The ultimate in product comfort, HomeLink is destined to become increasingly popular with car drivers.

For more information, please visit www.eurohomelink.com for a list of all HomeLink-compatible products.



Source:
Web Site:
Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | |


Saturday, January 28, 2006

Debbie the Weird Freak Video

>> Listen to this Article or Add to Podcast
There's certain things Debbie hates me doing and redistributing this video is one of them.

Earlier last year I was downloading photographs from the digital camera when Debbie went a bit freaky and I was able to get the camera into video record mode without her knowing.

I've now added the Debbie the Weird Freak Video to my Google video account and using their new embed function can make it available here for instant viewing.



You can also view the video on the Google Video Web Site by using the following link:
Debbie the Weird Freak Video

Related Articles:
Keywords:
| | | | | | | | | | | | | | | |


Thursday, January 26, 2006

Caterham Wins MIA Export Achievement Award

>> Listen to this Article or Add to Podcast
British sportscar manufacturer, Caterham Cars, has received the prestigious Export Achievement Award at the Motorsport Industry Association (MIA) Business Excellence Awards 2005.

The MIA awards, announced earlier this month at Autosport International in Birmingham, celebrate the unsung heroes amongst the motorsport industry who have worked tirelessly to ensure competitive success on the track.

Commenting on the winner of the MIA Export Achievement Award for 2005, the Association’s CEO Chris Aylett said: "The international market place for specialist cars is particularly competitive and Caterham Cars has consistently and successfully used motorsport as its key weapon in securing overseas sales. It is unique in that regard and of particular value to Motorsport Valley supply companies as it has single-handedly helped to build the reputation of this key UK business community."

Ansar Ali, managing director of Caterham, said: "We are proud to have won the MIA Export Achievement Award, not least because the voting was made by our industry peers. Our aim now is to build on the success of this award and spread the word of Caterham further across the globe."

The Caterham Seven - an international benchmark for handling and driver involvement on the road and track - has a lineage stretching back over forty years. The uniquely British Seven is enjoyed worldwide with thirteen official championships in eight countries making it the most raced production car in the world.

The legendary Caterham Seven is exported to more than 20 countries including Australia, North America, Dubai, Germany, France and Spain.



Web Site:
Caterham Cars Web Site

Related Articles:


Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | |


The Ultimate Mazda6

>> Listen to this Article or Add to Podcast
  • Single model, 150mph high-performance saloon on sale from January 2006
  • Turbocharged 2.3-litre petrol engine generates 260ps and 380Nm of torque
  • Euro 4 compliant engine, gives Mazda6 MPS a 245g/km CO2 rating
  • New positive-shift 6-speed manual transmission
  • New Active Torque Split All-Wheel Drive system
  • Priced from £23,950 (on-the-road)
  • Excellent security levels as standard – Thatcham 1 alarm and immobiliser
  • Front, side and curtain airbags, plus ABS, EBD, EBA, DSC and TCS
  • Premium BOSE® audio system with intelligent sound equalisation system
The fastest, best handling, best braking saloon Mazda has ever built, the all-new Mazda6 MPS will be marketed in the UK as a single, fully specified and lavishly equipped model. The MPS combines sensationally spirited performance with everyday practicality, which makes it the perfect flagship for the Mazda6 range and the Mazda brand.

Each Mazda6 MPS will be mechanically identical with black leather interior trim, but customers will be able to choose between four exterior paint colours – with mica or metallic finish as standard.

UK Sales
Mazda UK will have a limited allocation of right-hand drive Mazda6 MPS vehicles initially and anticipates a healthy waiting list for this stunning newcomer. The arrival of Mazda’s 150mph super saloon will also have a ‘halo’ effect on sales of the Mazda6 range, which are expected to reach a total of over 14,000 in 2006.

A choice of four body colours will be available – one mica (Black Mica) and three metallics (Graphite Silver, Titanium Grey and Velocity Red) – and 18-inch diameter, 7-inch wide 15-spoke aluminium alloy wheels will be standard.

Mazda targets User-Choosers with Performance Flagship
Mazda will give company car drivers the ultimate ‘Zoom-Zoom’ experience when it unleashes the new flagship model for its all-conquering Mazda6 range in 2006.

The exciting Mazda6 MPS is Mazda's highest performance saloon and it will give fleet decision-makers and company car drivers the opportunity to choose an alternative to the performance car offerings from prestigious European marques.

Mazda fleet and remarketing director Adam Pumfrey said: "Our brand awareness in the corporate sector has been growing daily and much of that is due to the fantastic reception that Mazda6 has had in the fleet arena.

"Mazda6 has proved to be an enticing package for fleet operators and company car drivers alike. The new Mazda6 MPS, which will go on sale in the first quarter of 2006, builds on that reputation and further epitomises the Mazda brand, with its performance, sports styling and exhilarating dynamics, plus practicality that’s unrivalled in the upper medium sector.

"The arrival of this range-topper will provide new excitement and will take Mazda into a new area of the fleet market in the UK. User-choosers will be attracted to the Mazda6 MPS as a real performance alternative to offerings from Audi and BMW. The new Mazda6 MPS will be the ultimate expression of ‘Zoom-Zoom’ driving excitement in a sophisticated saloon."

STANDARD EQUIPMENT

Mazda6 MPS
Petrol = 2.3-litre, 260ps, 380Nm torque, CO2 – 245g/km, 6-speed manual

Safety & Security
All-disc braking system with ABS (Anti-lock Braking System)
Electronic Brake-Force Distribution (EBD) with Emergency Brake Assist (EBA)
Dynamic Stability Control (DSC) and Traction Control System (TCS)
Driver & passenger front airbags
Front side airbags
Front and rear curtain airbags
Front passenger airbag deactivation system
Front seatbelt pre-tensioners with load-limiters
Seatbelt reminder (all seats)
ISOFIX child seat anchorage
Thatcham Category One alarm & immobiliser

Exterior
18-inch alloy wheels with 215/45 R18 low profile tyres
Sports Appearance Pack with unique grille, bonnet, bumpers, side skirts and rear spoiler
Body-coloured door handles
Electric/heated door mirrors
Body-coloured mirror housings
Tinted glass
Xenon headlamps with automatic levelling
Front fog lights
Dual exhaust tailpipes
Comfort & Convenience
Remote keyless entry with central locking and dead locks
Folding jack-knife key
Electric front and rear windows, with one-touch auto down
Global opening/closing for all windows
Climate control air conditioning
Cruise control and power steering
Power sunroof
Interior Features
Leather-faced seats
Powered driver’s seat
Heated sports bucket-style front seats
60/40 split folding rear seat
Centre armrest with storage and cup holders
Leather steering wheel, gear knob and handbrake lever
Height and reach adjustable steering wheel
Premium BOSE® audio with 6-CD autochanger and seven speakers
Seven speaker BOSE® audio system
Steering wheel mounted audio controls
Optional DVD satellite navigation system with 7-inch screen
Trip computer
Stainless steel scuff plates

Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | |


Tuesday, January 24, 2006

The New BMW Z4 Coupe

>> Listen to this Article or Add to Podcast
BMW UK has announced final specification and pricing of the forthcoming BMW Z4 3.0si Coupé and the new BMW Z4 M Coupé. The new Z4 Coupé is due to start production at BMW’s manufacturing facility in Spartanburg, South Carolina, USA in April 2006 with customer deliveries starting in August 2006.

BMW Z4 M Coupé
The new high-performance BMW Z4 M Coupé generates 343hp and 365Nm of torque from its 3.2-litre straight-six cylinder engine. Maximum power is generated at 7,900rpm while 80 per cent of the maximum torque is available from 2,000rpm.

The renowned power and flexibility of the ‘M’ engine contributes to a zero to 62mph time of 5.0 seconds and propels the car to an electronically limited top speed of 155mph. Power is transferred to the road via a six-speed short-shift manual transmission.

Key to the purity of driving dynamics and handling characteristics of the Z4 Coupé is its exceptionally stiff body structure of 32,000Nm/degree. The suspension of the new Z4 M Coupé is largely the same as the recently announced BMW Z4 M Roadster, apart from the spring and damper settings that take account of the different weight distribution of the fixed head car. The chassis and suspension also share many common features from the benchmark BMW M3 Coupé, such as the M variable differential and compound brake system taken directly from the M3 CSL. Also in common with the forthcoming Roadster, the new Z4 M Coupé rides on unique, lightweight Z4 M alloy wheels shod with 225/45 ZR18 tyres on the front and 255/40 ZR18 tyres on the rear.


From the outside, there is no mistaking the new BMW Z4 M Coupé with its purposeful stance. The roof of the two seater is contoured for added headroom. From the sides, the long bonnet accentuates the dramatic styling with occupants set back in true sports car style. Owners can personalise their new BMW Z4 M Coupé with a choice of three exclusive M colours and five ‘standard’ colours.

From the front, a deep front air-dam with distinct x-shaped lines differentiates the ‘M’ car from the 3.0si. Large air scoops in the valance and two precision lines running along the bonnet signal the car’s performance credentials. Xenon headlamps and BMW’s unique corona light rings also accentuate the dynamism of the front view.

From the rear, the car’s wide rear wheel arches combined with horizontal diffusers and BMW M’s trademark double-twin tailpipes creates a powerful, resolved stance. BMW’s traditional ‘Hofmeister kink’ is integrated into the large clamshell boot lid and shallow-sloping hatchback that hides a practical 300 litres boot capacity.

Internally, the new BMW Z4 M Coupé features BMW’s M Sports seats covered in a choice of four nappa leather colours that provide the highest levels of lateral support.

BMW Z4 3.0si Coupé SE / Sport
Powered by BMW’s innovative magnesium-alloy 3.0-litre six-cylinder engine, the new BMW Z4 Coupé 3.0si develops 265hp at 6,600rpm and peak torque of 315Nm at 2,750rpm. This powers the car from zero to 62mph in 5.7 seconds and on to an electronically limited top speed of 155mph. These high levels of performance are not, however, at the expense of fuel consumption with the 3.0si models delivering a combined fuel consumption of 31.7mpg.

This lightweight engine is mated to a six-speed, close ratio manual transmission as standard, ensuring that the driver can select the exact ratio for any given situation. Customers preferring an automatic can opt for BMW’s six-speed Sports automatic gearbox that, like the open-top Z4, allows the driver to select gears using paddles on the steering wheel and features blip-throttle down changes.

Like the Z4 M Coupé, the 3.0si benefits from BMW’s tradition of near perfect 50:50 axle weight distribution, a low centre of gravity and rear-wheel drive. All of these traits combine in the new Z4 Coupé to deliver a dynamic, sporting drive. The new Z4 Coupé can also be used as a cross-continent cruiser, with the 3.0si SE and Sport variants benefiting from up to 340 litres of available boot space; 40 litres more than the M Coupé as a result of the relocation of the battery.

Externally, the silhouette of the new BMW Z4 3.0si Coupé is identical to the M variant, with the 3.0si differentiated from the M car by styling details such as different style

18-inch alloy wheels (on the Sport model, 17-inch alloy wheels on SE models) and a revised front and rear valance, the rear featuring ‘only’ two exhausts. The 3.0si model is available in 10 non-metallic and metallic paintwork finishes, eight interior colours and five trim options. Customers wishing to further personalise their cars can select from a further palette of exterior and interior colours and trims through the BMW Individual programme.



Related Articles:



Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | |


Shock Survey Drives Home Message to Drive Green, Drive Safely

>> Listen to this Article or Add to Podcast
Nearly a third of drivers have not worn a seatbelt while in a moving car at some time in the last year. That's a key finding in a survey carried out by motor industry body SMMT for the launch of a new guide to responsible motoring called Drive Green, Drive Safely.

Londoners are worst at ignoring advice to clunk-click on every trip, while under 35s are far more likely to risk their lives than older motorists. Women are also better than men while motorists in the North East are the most diligent at buckling-up in the UK.

Survey results also revealed some of the most basic checks and advice from car makers, government and safety bodies falling on deaf ears. For example, a staggering 72 per cent of drivers have not read the Highway Code since passing their driving test while 15 per cent do not bother to test tyre pressures between services, a crucial safety check that also helps minimise tailpipe emissions.

Commenting on the results, SMMT chief executive Christopher Macgowan said, 'Simple steps like reading the Highway Code, taking time to fit a child seat properly and checking tyres regularly could prevent many people from needlessly coming to harm on the roads. Yet millions of motorists are guilty of taking safety for granted. The motor industry has a responsibility to drive this message home and every motorist should make it a 2006 resolution to do their bit.'

Despite the launch of a new colour-coded environmental label last year, the survey also reveals how green issues languish on the list of priorities for the majority of car buyers. Buying a car with low emissions is top of the agenda for fewer than three in 100. However, fuel economy, which is linked to low emissions, is far higher on buyers' radar: one in five claiming it is the most important factor in a purchase.

Drive Green, Drive Safely launched today
SMMT's Drive Green, Drive Safely, will be launched tonight at an MP's reception in Westminster.

Featuring advice, tips and information, the guide presents a series of simple steps that every driver can take to limit the impact of their motoring. It also presents information about what the motor industry is doing to make safer, more environmentally friendly vehicles.

Drive Green
On eco-motoring the guide presents tips like the following:
  • Servicing your car regularly will guarantee best performance, the lowest emissions and strongest re-sale values.
  • Use the new car green label to compare CO2 emissions and average annual fuel costs. Could you go greener and cheaper?
  • Check your tyre pressures regularly. Incorrectly pressured tyres increase fuel consumption and emissions and pose a serious safety hazard.
  • Use journey planners to avoid congestion hot spots and minimise delays.
  • Consider alternatives to the car, walk the kids to school or use public transport if it is reasonably priced and convenient.
Drive Safely
On safety, the guide offers simple tips for safer motoring such as:
  • Read the Highway Code. Put a copy in your car today - and refer to it when in doubt.
  • Always wear your seat belt, read your owners' manual and discuss any new car safety issues with your dealer.
  • Take time to fit your child's seat: it might be the most important thing you do today.
  • Consider more training to stamp out bad habits and improve safety skills.
  • Avoid any form of confrontation with another driver.
Downloads:
Web Site:
Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | |


TVR Reminds Dealer Network to Comply with EU Regulation

>> Listen to this Article or Add to Podcast
Motor manufacturer TVR Engineering Ltd (TVR) has stepped in following the OFT's response to a complaint made about TVR and its authorised dealer network refusing to supply independent repairers with spare parts - particularly engine parts.

The OFT immediately contacted TVR and warned that this was a breach of the EU Block Exemption Regulation (BER). As a result, the company has sent a circular to all its dealers reminding them of the network's obligation to supply independent repairers with TVR parts. In view of the company's prompt action to rectify the situation, the small size of the market and the short duration of the conduct , the OFT has decided that it will not be taking any further action against TVR and its dealers.

The BER for motor vehicles exists to provide greater competition in new car sales, the servicing and repair of all cars, and the supply of spare parts. Restricting the sale of spare parts is considered to be highly anti-competitive. Without an unrestricted supply of parts, independent repairers are unable to compete effectively with car manufacturers' authorised dealers and consumers have less choice of where to have their car serviced or repaired.

Vincent Smith, OFT Director of Competition Enforcement said : 'Cars are generally the second largest purchase made by consumers and, after sales, services and repairs are a major cost. Restrictions on competition in this market drive up prices and reduce choice and convenience for the customer.'

'The OFT is determined to enforce the law against anti-competitive agreements. However, an informal resolution was considered to be proportionate in this case because of the company's prompt action , the small size of the market and the short duration of the conduct.'

Research Material:

1. Commission Regulation 1400/2002/EC on the application of Article 81(3) of the Treaty [of Rome] to categories of vertical agreements and concerted practices in the motor vehicles sector, the block exemption regulation for motor vehicles (BER) exists to provide greater competition in new car sales, as well as the servicing and repair of all cars, and the supply of spare parts. One of the main aims of the BER is to enable independent repairers to compete directly with car manufacturers' authorised networks

2. Recital 12 of the BER states that, irrespective of market share, the BER does not cover vertical agreements containing certain types of severely anti-competitive restraints (hardcore restrictions) which, in general, appreciably restrict competition even at low market shares and which are not indispensable to the positive effects of the BER. In particular, it states that agreements which restrict customers to whom a distributor may sell contracts goods, should not benefit from the exemption. The restriction of the sale of car parts to independent retailers falls into this category and is explicitly included under the hardcore restrictions which are blacklisted in Article 4 of the BER.

3. Article 4(1)(i) states that the motor vehicles block exemption regulation (BER) 'shall not apply to vertical agreements which, directly or indirectly, in isolation or in combination with other factors under the control of the parties, have as their object - the restriction of the sale of spare parts for motor vehicles by members of a selective distribution system to independent repairers which use these parts for the repair and maintenance of motor vehicles'.

4. On 1 May 2004 the Modernisation Regulation came into force. It decentralises EC competition law enforcement. Under the regulation the national competition authorities and courts of the EU member states are able to apply and enforce Articles 81 and 82 of the EC treaty relating to anti-competitive agreements and abuses of dominance. The OFT is one of a network of competition authorities in Europe able to apply EC competition law to anti-competitive agreements and practices which affect trade between Member States.

5. TVR's annual sale of engine spare parts is approximately £150,000.

Web Sites:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | |


Bosch Alternative Fuel Concept Receives Brazilian Innovation Prize

>> Listen to this Article or Add to Podcast
  • Flexible management system for engines fuelled by petrol or alcohol
  • Resource conserving, clean technology
  • Significantly lower CO2 emissions
Bosch has been awarded with the Brazilian Ministry for Science and Technology’s product innovation prize – The ‘Technological Innovation Finep Award’ – for the ‘Flex Fuel’ engine management system. The award-winning Flex Fuel technology, developed by Bosch, enables vehicles to be fuelled by petrol, alcohol or a mixture of the two. Dr Bernd Bohr, Chairman of the Bosch Automotive Group commented “We are particularly pleased by the award, because it acknowledges our strategy for developing clean, resource-conserving technologies for every region in the world.”

Two types of fuel, based on ethanol manufactured from locally grown sugar cane, are popular in Brazil: petrol containing 22 percent alcohol and nearly pure alcohol. The highly concentrated alcohol is more economical than the ethanol-petrol mixture. With the Bosch Flex Fuel system, it is possible to use either fuel, and so save money. The environment benefits from the use of ethanol as a fuel, due to significantly reduced emissions of the carbon dioxide (CO2)

The first mass-produced vehicle to incorporate the new Bosch engine management system was the Volkswagen Fox Total Flex, introduced in Brazil in 2003. In 2005, 10 new vehicles fitted with the Bosch system went into series production. During the same period, total sales of newly licensed vehicles capable of using either alcohol or petrol amounted to more than one million vehicles in Brazil – a market share of more than 70 percent.

Research Material:
The Bosch Group is a leading global manufacturer of automotive and industrial technology, consumer goods, and building technology. In fiscal 2004, some 242,000 employees generated sales of €40 billion. Set up in Stuttgart in 1886 by Robert Bosch (1861-1942) as “Workshop for Precision Mechanics and Electrical Engineering,” the Bosch Group today comprises a manufacturing, sales, and after-sales service network of some 260 subsidiaries and more than 10,000 service centres in over 130 countries.

The special ownership structure of the Bosch Group guarantees its financial independence and entrepreneurial freedom. It makes it possible for the company to undertake significant up-front investments in the safeguarding of its future, as well as to do justice to its social responsibility in a manner reflective of the spirit and will of its founder. The charitable foundation, Robert Bosch Stiftung, holds 92% of the shares of Robert Bosch GmbH. The entrepreneurial ownership functions are carried out by Robert Bosch Industrietreuhand KG.

Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | |


Ford Fights Back

>> Listen to this Article or Add to Podcast
  • Bill Ford: “Ford Motor Company was solidly profitable in 2005 and growing around the world. The next chapter in our history will be remembered for a renewed commitment to innovation and as the time we moved boldly to prepare Ford’s North American business for global competition.”
  • Comprehensive North American “Way Forward” plan focuses every part of the business on the customer – to build stronger Ford, Lincoln and Mercury brands, a strengthened product lineup and far greater quality, competitive costs and improved productivity.
  • Product investments will result in new vehicles in new segments to reach more customers – including small cars and more crossovers – while maintaining Ford’s truck leadership.
  • Ford is committed to stabilizing its U.S. market share in the near term.
  • Competitive cost structure includes net material cost reductions of at least $6 billion by 2010.
  • Productivity improvements leverage the company’s global product development scale and lean and flexible manufacturing system to introduce more products faster.
  • Straightforward vehicle pricing will continue to be introduced with new models.
  • North American capacity is realigned to match demand – with 14 manufacturing facilities to be idled – resulting in significant cost savings and reduced employment of 25,000-30,000.
  • Salary-related costs are being cut 10 percent in North America with the previously announced reduction of the equivalent of 4,000 salaried positions by the end of the first quarter. In addition, the company’s officer ranks are being reduced 12 percent by the end of the first quarter.
  • Ford is planning a new low-cost manufacturing site for the future.
  • North American automotive profitability is achieved no later than 2008.
  • Beginning in 2006, Ford Motor Company will no longer provide earnings guidance – to keep the company and investors focused on one goal: sustainable profitability over time in all regions.

Ford Motor Company today announced details of a comprehensive plan to restore profitability to its automotive business in North America no later than 2008. Ford will apply lessons learned from consumers and the company’s successes around the world to strengthen its Ford, Lincoln and Mercury brands and deliver more innovative products while simultaneously reducing costs and improving quality and productivity.

“The automotive market in North America is rapidly becoming as crowded and fragmented as other global markets,” said Bill Ford, chairman and CEO. “To meet this challenge, we are acting with speed to strengthen the Ford, Lincoln and Mercury brands, deliver the innovation customers demand and create a business structure for us to compete – and win – in this era of global competition.

“We will be making painful sacrifices to protect Ford’s heritage and secure our future,” he added. “Going forward, we will be able to deliver more innovative products, better returns for our shareholders and stability in the communities where we operate.”

Ford Around the World2006 Outlook

For 2006, the company is expecting another year of profitability from automotive operations outside of North America . Pre-tax profits, excluding special items, are expected from automotive operations in South America , Europe (Ford of Europe and Premier Automotive Group), Asia-Pacific and Africa , and from Mazda and Associated Operations. North American automotive operations are expected to be unprofitable. Overall, Ford’s global automotive operations are expected to have pre-tax losses in 2006, while Ford Motor Credit is expected to achieve pre-tax profits.

The underlying assumptions behind this outlook include: full-year industry volumes of 17 million units in the U.S. and 17.3 million units in Europe ; industry net pricing that is expected to be down slightly in the U.S. and Europe . Also, the company’s quality performance is expected to improve, market share is expected to stabilize or improve in all regions, and cost performance is expected to be favorable. Capital expenditures of approximately $7 billion are expected during 2006, while the company expects its year-end cash balance to be more than $20 billion.

Beyond the above expectations, the company is providing no other guidance about its financial performance for 2006 – to keep employees and investors focused on one goal: sustainable profitability over time in all regions.

“We must be guided by our long-term goals of building our brands, satisfying customers, developing strong products, accelerating innovation, and, most importantly, producing a sustainable profit from our automotive business,” said Bill Ford.

Ford in North America – the Way Forward

Ford’s automotive business in North America was profitable in 2003 and 2004, thanks to the product investments and cost reductions driven by the company’s Revitalization Plan, announced in 2002.

Since that time, more and stronger competition in all segments, a faster-than-expected customer shift from traditional SUVs into other segments, significantly higher material and energy costs and other factors have resulted in lower market share and higher costs for the company.

“The team in North America , led by Mark Fields and supported by Anne Stevens, developed the plan for North America , drawing on their extensive global experience in Asia , Europe and The Americas. They have reenergized the Ford team to make it work, and they have the full support of the Ford Motor Company behind them,” said Jim Padilla, president and chief operating officer.

Fields, executive vice president and president, The Americas, calls the plan the “Way Forward.” It touches every piece of the North American business to make it more customer-focused, product-driven and efficient, including:

  • More clarity for the Ford, Lincoln and Mercury brands – with a sharper focus on the customer and a clear point of view that will appeal to more buyers than today.
  • A renewed commitment to design, safety and technology innovation to differentiate Ford Motor Company and its products in the marketplace.
  • New product investments – utilizing Ford’s global architectures and scale – to deliver more new products faster, including more crossovers, hybrid vehicles, new small cars, increased spending on Ford’s truck leadership and new “white space” products.
  • Material cost reductions of at least $6 billion by 2010.
  • Continued straightforward pricing that is clear, credible and simple, which will further improve residual values.
  • A lean and flexible manufacturing system combined with capacity matched to demand. Capacity will be reduced by 1.2 million units or 26 percent by 2008, representing the majority of actions within the plan’s 2006-2012 period.
  • Plant-related employment is reduced by 25,000-30,000 people in the 2006-2012 time period, in addition to salaried personnel reductions and a reduction in the company’s officer ranks.

Stronger Ford, Lincoln and Mercury Brands

Ford kicked off the Way Forward plan in October with a comprehensive analysis of consumer attitudes and values in the U.S. automotive market. The goal was to develop a laser-like focus on different customer targets for Ford, Lincoln and Mercury to guide each brand’s design, engineering and marketing decisions.

“One of the most important findings from this research is that Americans really do want to buy American brands, as long as they are competitive with the imports,” said Fields. “We know this, because it’s already working in some segments today, such as the success of the new Ford Fusion in the import-dominated midsize car market.

“Of all the leading automakers, we believe Ford is America ’s Car Company because of where we’ve been. In terms of economic and social influence, there is no other company that’s had a greater impact on the lives of people in the U.S. and in the 20th century than Ford.”

Customers identify with Ford and its uniquely American story, the research also revealed.

“The challenge going forward is to give our customers, employees, retirees, dealers, suppliers and investors a reason to believe in Ford. That is going to be our focus,” Fields said. “Our Way Forward is not a retreat into smaller markets, but a retaking of the American marketplace. It’s time to play offense. It’s time to fight back.

“We will compete vigorously to be America ’s Car Company, winning the hearts and minds of even more customers,” he added. “We will maintain our commitment to our loyal truck customers, while delivering innovative and boldly styled cars, crossovers, SUVs and other all-new products that will appeal to people who are still inspired by the American dream.”

With that clear point of view in the marketplace, Ford is investing in new products for Ford, Lincoln and Mercury.

The investment includes moving forward with the company’s plan to offer hybrid technology on half of the company’s Ford, Mercury and Lincoln nameplates in the U.S.

Today, the company is announcing that hybrid versions of the Ford Five Hundred, Mercury Montego, Ford Edge and Lincoln MKX will debut in the 2008-2010 timeframe. The new hybrids will join the Ford Escape and Mercury Mariner hybrids, which are on sale today, as well as the Ford Fusion and Mercury Milan hybrids, which will debut in 2008. Overall, Ford Motor Company plans to build 250,000 hybrids a year by 2010.

Ford also is announcing that it will introduce new “white space” products to reach customers in new segments, and accelerate plans to bring even more crossover vehicles and new small cars to market. At the same time, the company announced that it is increasing its product investment in Ford F-Series truck leadership; increasing momentum on its blockbuster cars today, such as the Ford Fusion and Ford Mustang; introducing more design innovations – for more “at a glance” sheet metal changes – and introducing more safety innovations throughout its North American lineup.

“With more focused brands, new product investment and innovation, Ford will slow the rate of loss and then stabilize our U.S. market share in the near term, even as competitors add new models,” Fields said. “From there, we can set our sights on the future.”

The Ford Brand: In the past, the Ford brand has demonstrated a clear customer focus in many – but not all – segments. Going forward, the Ford brand will build upon the success of hits, such as the Ford F-Series, Explorer, Expedition, Mustang, Escape and Fusion, and enter new segments with a clear, consistent and distinct point of view – one driven by bold, American design and innovation. The 2007 Ford Edge, which goes on sale later this year, embodies that spirit.

“We know how to play offense and play to win,” Fields said. “Our plan will deliver more products – from small cars to our largest trucks – that are unmistakably Fords.”

Ford remains committed to maintaining leadership in full-size pickup trucks with the F-Series. The company also plans to continue its momentum in midsize cars – with all-wheel-drive and hybrid derivatives coming for the Ford Fusion – and developing new small cars and even more crossovers for the Ford brand.

Mercury : Ford is recommitting itself to Mercury and has developed more focused positioning that is a refinement of the work already done to revitalize the brand.

The newest Mercury products – the Milan , the Mariner and the Mariner Hybrid – are attracting younger customers to the brand and more women than Ford-brand products in the same segments, Fields said. In addition, they are bringing new customers to Ford Motor Company – at conquest rates as high as 50 percent.

“T he attraction of Mercury is modern, expressive design – one that is differentiated from Ford vehicles. Our Mercury target customer is not looking for product functionality that is substantially different from Ford vehicles. But they do have different attitudes and values, and they want a product that visually communicates that distinctiveness.

“Going forward, we will be more aggressive in appealing to these customers with clear, modern differentiation in the design of Mercurys, a unique purchase experience and marketing that is targeted, personalized and interactive ,” Fields said.

Lincoln: Ford’s vision for the Lincoln brand is to make Lincoln the reward for consumers who are living the American dream. The company sees Lincoln becoming the largest volume contributor to the Lincoln Mercury business.

“ Lincoln customers don’t need to shout about success. They are self-made people with enough confidence to be elegant and understated,” Fields said. “That understanding of the Lincoln customers will drive our brand and product decisions going forward. ”

The 2006 Lincoln Zephyr, the brand’s first entry-luxury car, and the 2007 Lincoln MKX, the brand’s first crossover, are significant first steps. Going forward, the company plans to give Lincoln vehicles an even clearer point of view through their powertrains, unique comfort and convenience features and unique designs.

“ Lincoln is about American luxury. There are many customers in this country living the American dream and who would prefer to drive America ’s luxury car. That is where we are headed ,” he added.

Straightforward Pricing: Ford is accelerating the clear-and-simple pricing strategy that began with the introduction of the Ford Fusion and Ford Mustang. Ford plans to reduce the MSRP of its products and dramatically reduce and cap rebates as it introduces new products.

“ We started introducing clear pricing two years ago. The success of Mustang and Fusion proves that it works,” Fields said. “ We will bring sticker prices more in line with actual transaction prices and cap ‘cash on the hood’ rebates as we introduce new cars and trucks into the marketplace. It will protect our margins and consumers, too, through higher resale values.”

Ford also will increase its product advertising, focusing on brand characteristics based on innovative designs, features and customer benefits.

Investment-Efficient Product Creation

Ford has committed to return its North American automotive business to profitability no later than 2008. Over time, the Way Forward plan should deliver profitability throughout the lineup – including new small cars – by achieving significant material cost savings as well as quality and productivity improvements.

Several new initiatives will bolster ongoing work that already is yielding significant operating improvements. Specifically:

  • Ford will use more global vehicle architectures in North America , particularly for cars and crossovers, to reduce investment spending and improve quality.
  • The company will share more parts and systems that are invisible to the customer, such as brakes, suspension and underbody components, across its North American, European and Asian brands to leverage its global purchasing power for lower costs and better quality.
  • Ford will continue to implement its Global Product Development System – which is based, in part, on Mazda’s highly successful and efficient model – to reduce product development times by six to 12 months, depending on the size of the program.
  • Ford will continue to invest in lean and flexible manufacturing, with 75 percent of its North American assembly capacity being “flexible” by the end of 2008.

Improved quality will be achieved, in part, through the “Aligned Business Framework” agreements with select strategic suppliers. The agreements are designed to strengthen collaboration and create a more sustainable business model for both Ford and its key suppliers to improve mutual profitability.

The Aligned Business Framework – coupled with Ford’s “Commodity Business Plan” process and a new single-team approach to product development and purchasing – will deliver improved quality and drive technology innovations to Ford, while lowering costs.

“We are committed to developing strong relationships with a select group of more capable, more financially stable strategic suppliers on a long-term basis,” said Anne Stevens, executive vice president and chief operating office, The Americas. “Strong suppliers and proven processes that everyone sticks to religiously go hand in hand with delivering innovation, quality and lower costs.”

Smaller, Nimbler Organization

Achieving a lean fixed-cost structure and significantly improving Ford’s North American assembly capacity utilization are critical components of the Way Forward plan.

“We’re now well past the point in which one or two hit products can correct the overcapacity we have or justify the staffing levels we maintain – even with the significant actions we’ve taken during the past couple of years,” Stevens said. “Sadly, this isn’t just a Ford issue. It’s an issue for our domestic competitors, as well.

“As hard and painful as it is to idle plants and reduce our work force, we know these sacrifices are critical to set the stage for a stronger future,” she added.

Ford is taking the following new actions to align its capacity with expected demand and to reduce fixed costs:

  • 14 manufacturing facilities will be idled and cease production by 2012, including a total of seven vehicle assembly plants.
  • Assembly capacity will be reduced by 1.2 million units or 26 percent by the end of 2008.
  • A new low-cost manufacturing site is planned for the future.

Ford will idle the following facilities through 2008:

  • St. Louis Assembly
  • Atlanta Assembly
  • Wixom Assembly
  • Batavia Transmission
  • Windsor Casting (announced following CAW contract negotiations in 2005)
  • Two additional assembly plants, which will be determined later this year

In addition, production at St. Thomas Assembly will be reduced to one shift. Facilities operated by Automotive Components Holding LLC are not included in the new announcement.

All of these actions will reduce total North American employment by 25,000-30,000 people in the 2006-2012 time period. This is in addition to the previously announced reduction of the equivalent of 4,000 salaried positions in the first quarter of 2006 – or 10 percent of salary-related costs – and a reduction in t he company’s officer ranks by 12 percent by the end of the first quarter.

Ford has briefed the leadership of the UAW and CAW about these plans.

Financial Impact

2006 will be a year of transition as Ford moves from its old North American business model to a new customer-focused strategy that is designed to restore automotive operations in the region to profitability no later than 2008. The estimated pre-tax financial impact of the North American plan in 2006 includes:

  • $250 million for hourly personnel separations – excluding ACH actions.
  • $220 million for fixed asset write-offs.

“Our cost structure will improve as we progress through 2006 and increasingly thereafter, and we’ll return to profitability in our North American automotive business no later than 2008,” said Don Leclair, executive vice president and chief financial officer. “We’re confident in our plan and optimistic we can achieve our goals.”

Ford begins a new era in its North American automotive business with a realistic view of the challenges facing the company but also building on several important competitive strengths, including:

  • A corporate commitment to design, safety and technology innovation.
  • Leadership in the full-size pickup trucks, where the Ford F-Series has been No. 1 for 29 years.
  • A resurgent car business, paced by the Ford Mustang and Fusion, the Mercury Milan and the Lincoln Zephyr.
  • A strong and growing presence in crossover utility vehicles, today’s fastest-growing segment.
  • Ford Credit, which continues to be closely linked to Ford’s automotive business, delivering solid profitability.
  • More than 4,300 Ford and Lincoln Mercury dealerships.

“Ford’s strengths were built over 100 years, and we are taking the tough but necessary steps to address our issues with candor, speed and compassion for the people affected by our work force reductions,” said Bill Ford. “This next chapter in Ford’s history will be remembered for our renewed commitment to innovation and as the time we moved boldly to prepare Ford’s North American business to face global competition.”

Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | |


Monday, January 23, 2006

Land Rover Discovery 3 Named Best Large 4X4 2006

>> Listen to this Article or Add to Podcast
The Land Rover Discovery 3 TDV6 was named the Best Large 4x4 for the second year running at the What Car? Car of the Year awards ceremony in London last night.

What Car? group editor, Steve Fowler, said: "One year on, the Land Rover Discovery 3 TDV6 – our 2005 Car of the Year – remains a brilliant achievement and the best large 4x4 around."

He added: "Making 4x4s isn't a fashionable new departure for Land Rover – it's what they do. None of the Discovery's key rivals can match its no-nonsense image or ability in the rough, yet it's also as classy and refined as an executive saloon and as practical as an MPV."

This latest award is the Discovery 3's 67th, with honours coming in from all over the world including key developing markets for Land Rover such as Russia and China. The What Car? Best Large 4x4 award 2006 was hotly contested, with new entrants to the market – including the Mercedes ML – failing to beat the all-round capability of the Discovery 3.

Land Rover's managing director, Matthew Taylor, said: "It is extremely satisfying to return one year after picking up the main Car of the Year award to collect yet another gong for the Discovery 3, especially given the level of competition in this sector in 2006. What Car? is the voice of the British consumer and we are delighted to have their endorsement once again, and with over 60,000 Discovery 3s sold around the world, it looks like the buying public is taking notice."

Priced from £26,995 to £48,495, on-the-road, the Discovery 3 is on sale now at Land Rover dealerships throughout the UK.

Research Material:
This year's What Car? award-winning Discovery 3 TDV6 SE Automatic, priced at £38,490, comes with a generous specification including active four-corner air suspension, Terrain Response™, cruise control, automatic climate control, a leather pack, satellite navigation and park distance control. Fuel consumption (combined cycle) is 30.0 mpg on the TDV6 manual (27.2 mpg with automatic transmission) and CO2 emissions are 249 g/km (manual) and 275 g/km (automatic).

Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | |


The Most Exciting Car to be Launched in 2006

>> Listen to this Article or Add to Podcast
The new Jaguar XK has picked up a major reader award as 'The Most Exciting Car to be Launched in 2006' at the prestigious What Car? Car of the Year Awards, held in London last night. Thousands of readers of www.whatcar.com and the woman's glossy magazine Eve voted the new XK top of 10 cars not yet on sale, but due to be launched in 2006.

Steve Fowler, Group Editor of What Car? magazine, commented: "This clearly demonstrates the affection that the British public still has for the brand and the excitement when a new Jaguar sports car is around the corner. We're looking forward to giving our own verdict on the car in the coming weeks and maybe this is a good indication for the 'What Car? Car of the Year in 2007."

Bibiana Boerio, Managing Director of Jaguar Cars, said: "We are delighted with the very positive reaction the XK is creating already in advance of it's launch. We've already had plenty of advanced orders and we're now looking forward to building on this when the XK goes on sale in the Spring."

The new XK goes on sale from mid March and customers can now place orders for the new model at dealers, with prices starting from £58,995 for the Coupe and £64,955 for the convertible.

The global public debut of the new XK coupe took place at the Frankfurt Motor Show in September 2005 and the XK Convertible made its public debut at the NAIAS Detroit Motor Show earlier this month. Even before going on sale the new XK has already been awarded the Engineering and Technology Award at the prestigious Prince Michael International Road Safety Awards. It was recognised for an all-new industry-leading feature – the pedestrian deployable bonnet.

Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | |


Sunday, January 22, 2006

Motoring Oscars 2006

>> Listen to this Article or Add to Podcast
What Car? Car of the Year - Top Accolade Goes to BMW

The new BMW 3 Series was last night named Car of the Year at this year’s motoring ‘Oscars’, the What Car? Awards.

The BMW overcame tough competition from 14 other category winners celebrated at a glittering ceremony in the Grosvenor House Hotel on London’s Park Lane.

The award-winning BMW is the 320d ES, priced at £23,695. What Car? – Britain’s leading car buying advice brand both on the newsstand and on the web – praised the BMW for its complete and overall package.

What Car?’s group editor, Steve Fowler, said, "No other new car is as great in so many ways as the BMW 3 Series. Whatever your priorities, it delivers".

Once-ridiculed Skoda was delighted to receive two awards – Best Small Family Car for the Skoda Octavia 1.6 Ambiente and the Best Hot Hatch for its sporty Skoda Octavia vRS – while Renault took the award for best supermini with its new Clio.

For the first time What Car? has introduced a Green Award to recognise the manufacturer or organisation that has done most to make travel by car more environmentally friendly. This inaugural award went to Toyota and Lexus for leading the way in the development of hybrid and clean diesel technologies.

Citroën picked up the Safety Award for its industry-leading advancements – the Citroën C6 became the first car ever to be awarded the maximum Euro NCAP four-star rating for pedestrian protection, while the Citroën C4 achieved a full five-star rating for occupant safety and features such advancements as a lane-departure warning system (which vibrates the driver’s seat whenever the car drifts across lanes when the indicators have not been activated) and laminated side glass.

Last year’s overall Car of the Year, the Land Rover Discovery, triumphed once again in the Large 4x4 category. However, it was the only British-built model to receive a What Car? award in 2006.

What Car? Car of the Year Winners 2006

Supermini
Renault Clio 1.4 16v Expression 3dr
£ 9,950

Small Family Car
Skoda Octavia 1.6 FSI Ambiente
£12,990

Family Car
Volkswagen Passat 2.0 TDI S
£17,145

Compact Executive
BMW 320d ES
£23,695

Compact MPV
Toyota Verso 2.2 D-4D T3
£17,995

Large MPV
Chrysler Grand Voyager 2.8 CRD LX
£25,720

Estate
Vauxhall Vectra 1.9 CDTi Exclusiv
£17,050

Hot Hatch
Skoda Octavia vRS
£17,500

Open-Top
Mazda MX-5 1.8
£15,600

Coupé
Mazda RX-8 (228bhp)
£22,300

Performance Car
Porsche Cayman S
£43,930

Compact 4x4
Nissan X-Trail 2.2 dCi SE
£19,600

Large 4x4
Land Rover Discovery TDV6 SE auto
£38,490

Executive Car
BMW 525i SE auto
£30,175

Luxury Car
Mercedes Benz S500
£64,750

Safety Award
Citroën

Green Award
Toyota / Lexus

Car of the Year 2006
BMW 320d ES 4dr
£23,695

Research Material:
What Car? has been the car buyer’s champion for over 30 years. The What Car? stable now includes What Car?, What Car? New Car Guide, and the What Car? Price Guide, What Car? Video Road Tests and Whatcar.com. Independent research shows that almost a quarter of all car buyers read What Car? before making a decision.

The Car of the Year awards are published in the March issue of What Car?, on sale January 20, 2006, and online at Whatcar.com.

Sponsors
LIVERPOOL VICTORIA is the UK’s largest Friendly Society with over 2.5 million members and customers – it manages approximately £6.9 billion on their behalf. With no shareholders and no dividends to pay, profits can benefit members by way of competitive rates, terms of cover, investment performance and service. The Liverpool Victoria group of companies provide a broad range of financial services and is the current provider of What Car?’s own insurance product, What Car? Insurance.

TRACKER is the UK's number one stolen vehicle recovery company offering an extensive and competitively priced range of products that brings peace of mind to vehicle and plant equipment owners.

PREVIOUS AWARD WINNERS
2005 - Land Rover Discovery
2004 - Volkswagen Golf
2003 - Seat Ibiza
2002 - Toyota Corolla
2001 - Ford Mondeo
2000 - Skoda Fabia
1999 - Rover 75
1998 - Land Rover Freelander
1997 - Renault Mégane Scénic
1996 - Peugeot 406
1995 - VW Polo

Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | |


Saturday, January 21, 2006

When Backwards is Best

>> Listen to this Article or Add to Podcast
To mark the IAM's 50th anniversary this year I will be providing 50 tips to improve your driving, courtesy of the IAM. The second one is below.
In a car park, do you reverse into a parking space and drive out, or drive in and reverse out? The next time you are in a car park, have a look around and see how many people reverse into the space. You will probably find that most people actually drive in and reverse out. There is no doubt this may be safer/more convenient if the spaces are angled, when you have to load/unload items from the boot or if it would cause inconvenience to other road users.

On the other hand, reversing into the space provides you with several advantages. The first of these is that it is safer to reverse into somewhere you can see into (the parking space), rather than reverse out, into somewhere you can’t (the line of moving traffic). Many people find that it takes them a few minutes to settle into “driving mode” when they start their journey. Therefore it doesn’t make sense to undertake a potentially high risk manoeuvre such as reversing when you are not concentrating fully. It is also easier to control a car going forwards, rather than backwards when the car is first started and the automatic choke is activated. The reduction in wear and tear on you and the car is useful too – plus the fact you can pull away immediately while the engine is cold, rather than labour it doing a reversing manoeuvre.

From a security point of view, reversing close to an object such as a wall can make it more difficult for thieves to access your boot. If you need to exit a parking space quickly for personal security, driving out provides you with better acceleration and improved vision.

Over the next week why don’t you try reversing into a parking space? You may find it helpful if you have electric mirrors, to lower your left (nearside) mirror as this will provide you with a guide to your lateral position. Another option where all the spaces run in parallel rows is to line your car up with the space in front and reverse back in a straight line. This should automatically position you in the centre of the space.
For further information and other driving tips, visit the IAM website at iam.org.uk

Previous Tips:
  1. Ice on the Road
Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | |


Friday, January 20, 2006

Toyota Honoured for Environmental Vision

>> Listen to this Article or Add to Podcast
What Car? Green Award recognises industry-leading hybrid and diesel technology

Toyota’s pioneering work in developing and implementing environmentally friendly hybrid and diesel technologies has been rewarded with the 2006 Green Award from What Car? magazine.

The award recognises Toyota’s industry leading commitment to building cars that address the need for cleaner and more efficient powertrains, without compromising the standards of performance and practicality expected by today’s motorists.

In the words of What Car?: “Its clean and green cars are not futuristic concepts with on sale dates somewhere over the horizon. Toyota has a range of environmentally friendly cars in its showrooms today.”

The models referred to are the Toyota Prius, the world’s best-selling hybrid power vehicle and the 2005 European Car of the Year, and the Lexus RX 400h, Europe’s first hybrid power SUV.

HYBRID
The Prius is the world’s cleanest family-sized production car, capable of exceptional fuel economy thanks to Toyota’s Hybrid Synergy Drive, a system that combines a petrol engine with a powerful but compact electric motor. In slow moving city traffic, Prius can run on its electric battery alone, producing zero exhaust emissions, while on the open road the petrol engine, supported when required by additional electric motor power, ensures performance to match conventionally-powered cars.

Thanks to the system’s self-recharging capability, Prius does not have a limited range like a fully electric vehicle and does not have to be taken off the road for battery power to be topped up.

A development of Hybrid Synergy Drive also powers the Lexus RX 400h, a luxury 4x4 that achieves both high performance and excellent fuel economy, a combination hitherto unknown in its segment. Equipped with a 3.3-litre petrol V6 engine and front and rear electric motors, the RX 400h can move from rest to 62mph in 7.6 seconds, yet is capable of returning 34.9mpg in combined cycle driving, a figure that’s unmatched by any other premium SUV model. The twin motor arrangement also gives the RX 400h automatic electric four-wheel drive capability in low-grip driving conditions.

Lexus’s hybrid power model range will grow this spring with the launch of the new GS 450h. And looking further to the future, Toyota is well advanced in developing zero-pollution power, having last year become the first manufacturer to achieve vehicle type certification for a vehicle using hydrogen fuel cell technology.

DIESEL
As well as Toyota’s success in developing alternative powertrains, the Green Award also commended its work in producing cleaner engines, notably the development of D-CAT – Diesel Clean Advanced Technology – to produce diesel power units with substantially reduced emissions of harmful gases and particulates.

D-CAT, which includes Toyota’s unique four-way, maintenance-free DPNR catalyst system, features in the 2.2-litre D-4D 180 engine. This unit is already available in the Verso and will soon be launched in the new generation RAV4 and the Avensis range. Not only is this engine the most powerful in its class, it is also highly fuel efficient and produces record low levels of combined nitrogen oxides (NOx) and particulate matter (PM) emissions.

Environmental concerns are at the heart of Toyota’s worldwide operations, its corporate approach built on the framework provided by the Toyota Earth Charter of 1992. Following these principles, Toyota continues to make huge investment not only in building cleaner vehicles and engines, but also in establishing production processes and working practices – including co-operation with other businesses and organisations – that have less harmful impact on the world around us.

Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | |


Thursday, January 19, 2006

CCTV Engineers Happy to Get Into Focus

>> Listen to this Article or Add to Podcast
"One of our best decisions" is how the Managing Director of John Moore Security sums up the arrival of 30 Ford Focus estate cars on its fleet.

Used by the company's installation and service engineers, the Fords are already reported to be saving 40 per cent on fuel bills. And MD John Moore has been using a Focus occasionally for his 50-mile round trip to work - and finding it as quiet to drive as his own executive car!

Hull-based John Moore Security Ltd supplies a full range of electronic security systems to businesses in the Yorkshire and Humberside regions, including intruder and fire alarms, CCTV and access control installations.

Its new Ford Focus LX 1.6 TDCi estate cars are fitted with roof bars for carrying ladders, and finished in black with the company's distinctive new livery. The estate load space is required by the engineers for carrying sometimes bulky equipment and tools.

The Ford models, which replace Chrysler PT Cruisers, now make up the bulk of the John Moore fleet and are expected to cover up to 75,000 miles within their three-year contract-hire replacement period.

They were supplied over a short period by Automotive Finance & Leasing Ltd of Harrogate, which prides itself on offering a professional and personal service.

"John Moore's choice of Ford Focus diesels was based mainly on economics," says AFL director Martin Buck. "Fuel economy and cost of ownership were prime considerations and, of course, Ford is a trusted brand."

The company considered three brands in reviewing its fleet. "The Focus came out better on all counts, but fuel economy was a major factor," says John Moore. "We're already seeing a 40 per cent reduction in the fuel bills for our engineers, with people who were filling up three times a week saying they're only having to refuel twice or even once a week now."

Mr Moore commutes from Hull to Doncaster and back most days, normally driving his own executive car. "We have a spare Focus at the moment and I have no hang-ups about driving it to work. I've found it pretty good, comfortable and believe it or not, you can't tell the difference in internal noise between the Focus and my own car!

"All the comments from our drivers have been good," adds Mr Moore. "As well as the fuel economy, they say they find the Focus comfortable, quiet and well fitted-out. They also appreciate having a lot more space for their equipment than before. It's always difficult to please everybody, but on this occasion it looks as if we have.

"Martin at Automotive Finance & Leasing has worked his socks off and has done very well for us, but I would expect that from him," says Mr Moore. "Overall, I would say that going with Focus has been one of our best decisions!"

Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | |


Four Millionth Ford Focus Produced in Europe

>> Listen to this Article or Add to Podcast
The Ford Focus, one of Europe's most popular cars, reached another milestone today when the four millionth example produced in Europe, a Colorado red, 136 PS TDCi Ford Focus 4-door, was driven off the line at Ford's assembly plant in Valencia, Spain.

The Focus, which had European sales of 442, 000 units in 2005, is also produced at European assembly plants in Saarlouis, Germany and St. Petersburg, Russia. Outside of Europe, the car is produced in the U.S., China, Taiwan, Philippines and South Africa. More than five million Focus cars have been sold worldwide, with banner years in 2000 and 2001, when the Focus achieved the status of being the best-selling car in the world.

The four million European production milestone does not include production of the Focus C-MAX, 370,000 units of which have been built since its launch in 2003 until now.

Production of the Focus began in Valencia and Saarlouis in 1998. In 2002, Ford started production of the Focus at a new facility in St. Petersburg, the only Ford plant in the world that builds the Focus in all four body styles: 3-door, 4-door, 5-door and wagon versions. In 2005, more than 33,000 units were produced in three shifts at St. Petersburg, a production record. To meet the particularly strong demand for the Focus, the St. Petersburg plant increased its annual production capacity to 60,000 vehicles as of this month.

At the Saarlouis plant, one of Ford's most productive facilities in Europe, 6,800 em-ployees last year built a combined production of 422,800 Ford Focus and Focus C-MAX. In June 2005, the plant produced its 10 millionth car and celebrated its 35th anniversary.

The Valencia assembly plant in Spain currently produces not only the Focus, but also the Ford Fiesta, the Ka and the Mazda2 models. This range makes Valencia the most flexible Ford production plant in Europe.

James Tetreault, Vice President Manufacturing, Ford of Europe, said: "Since the launch of the first generation Focus in 1998, and even more with the second genera-tion in 2004, the design and driving dynamics of the Ford Focus have been a hit with consumers, making the car our most successful vehicle in Europe. The success of our production facilities in meeting this growing customer demand throughout the years is crucial for our business objectives in Europe. It clearly demonstrates that we are making significant progress in delivering a range of exciting and high quality products. We expect to build on this success in 2006."

Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | |


Rewards for Top Technicians

>> Listen to this Article or Add to Podcast
Rob Calver (left), Aftersales Director, Fiat Auto UK, congratulates Stuart Mackenzie, Top Alfa Romeo Technician 2005.For the second year running, Fiat Auto UK’s Top Technician Competition has successfully taken place – the idea being to identify and reward the nation’s leading Fiat and Alfa Romeo Dealer Expert Technicians. Through a series of paper-based, online and practical assessments, the competition is designed to test both knowledge and skill, and to reward and recognise the top performers in the country.

All certified Fiat and Alfa Romeo DETs were invited to participate in the competition, by completing two assessments to test their technical knowledge. The top three performers for each marque were rewarded with a high value prize from a wide selection, including home cinema systems, digital cameras and MP3 players.

Scores from both assessments were combined to determine the top 20 finalists who qualified to compete in the Practical Finals. Taking place in two locations, in the north and south, the finals consisted of a series of problems and tasks for the technicians to overcome and complete. Finalists were specifically tested on their ability to comprehensively identify faults, clearly describe system operations, pay attention to detail and follow safety procedures.

The Practical Finals established the top 10 technicians, who were then invited to Parma in Italy to celebrate their achievement. Over the course of three days, winners experienced a true taste of Italy, visiting the Ferrari Museum in Modena, attending an Awards Ceremony, and enjoying a full day of thrills, spills and automobiles at the Varano de’ Melegari Race Circuit.

With access to a fleet of Alfa Romeos, the winners undertook a number of exhilarating challenges, including controlling a car in dangerous conditions, high speed laps, and crash simulations.

During the Awards Ceremony, the overall winners were announced as being:

Top Fiat Technician 2005 – Mark Goodman
Top Alfa Romeo Technician 2005 – Stuart Mackenzie

Jon Williams, Fiat Auto UK technical training manager, comments: "The Top Technician Competition 2005 was a resounding success, with even more interest and participation than last year. It’s great to see so many DETs keen to showcase their knowledge and skills in a competitive yet friendly arena. The trip to Italy was a fantastic way in which to reward the top performers for their achievements and commitment.

"A skilled and knowledgeable work-force is crucial to the success of any aftersales department, and witnessing such proficient technicians throughout this competition makes me feel extremely optimistic for the future of Fiat and Alfa Romeo."


Top 10 Technicians:
Mark Goodman – Desira, Norfolk
Paul Dilena – Bishops, Guildford
David Wallace – Arnold Clark, Dundee
Jed Hill – Arnold Clark, Edinburgh
Stuart Mackenzie – Arnold Clark, Perth
Andy Collins – Lythgoe, Rochdale
Michael Hale – Evans Halshaw, Horsforth
Nigel Snape – Reg Vardy, Stockport
Jamie Virdee – DBS Desira, Bury
John Reilly – Desira, Great Yarmouth

Research Material:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | |


Five Star Safety Rating for Alfa 159

>> Listen to this Article or Add to Podcast
The all-new Alfa 159, which goes on sale in the UK on Saturday 18 February, has been awarded the prestigious five-star safety rating from Euro NCAP, which puts it ahead of the field for its segment with regard to crash safety performance.

One of the Italian sporting car manufacturer’s aims with the Alfa 159 project was to take the lead in the field of automotive passive safety. An Alfa Romeo engineered all-new premium floorpan, which incorporates high performance materials, multi-ply sheet metal, and laser welding, was the starting point.

The construction of the bodyshell also benefits from numerous measures, such as the use of boxed elements that are connected rigidly both transversely and vertically; three ‘load lines’ in the front, longitudinal beams that run the entire length of the car, built-in deformable structures, and a large number of spot welds around structural nodes.

The result is impressive torsional rigidity of the bodyshell – best in class at over 180,000 daNm/rad. The Alfa 159 also boasts as many as eight airbags, (seven of which will be standard equipment on UK cars), including special bags to protect the knees, and sidebags that extend all along the complete window area. In addition, there are innovative restraint systems (pre-tensioners and load limiters on the seatbelts), and front seats with an anti-whiplash system that automatically brings the head restraint closer to the occupant’s neck in the event of a rear impact.


The Alfa 159 is endowed with impressive roadholding courtesy of a new suspension system, (high double wishbones at the front and Multilinks at the rear). It also boasts extremely precise steering (the most direct available on a production saloon), and a tight turning circle.

This prestigious new sports saloon also features numerous electronic systems that enhance the car’s dynamic behaviour, including a sophisticated Vehicle Dynamic Control system (VDC), Anti Slip Regulation (ASR), Hydraulic Brake Assistance (HBA) which cuts in during emergency braking, ABS anti-lock braking complete with EBD, and a Hill Holder to simplify hill starts.

Taken together, all these features make the Alfa 159 a new benchmark for its segment in terms of safety – one that is now certified by the five-star Euro NCAP rating, which acknowledges that the car has passed the most difficult tests simulating all types of accident (head-on, side-on, overturning, rear impact and fire), taking into account the various speeds at which impact may occur, the different types of obstacles encountered, and the need to protect occupants who may have very different physical characteristics.

The Alfa Romeo 159 was designed and built to embody uncompromising quality, a concept that guided the entire process of the car’s development, starting with the vast number of tests to which it was subjected, right down to the manufacturing process. For the Alfa 159, quality also means class-leading dynamics, obtained by careful calibration of the sophisticated suspension, and the outstanding torsional rigidity of the all-new platform and bodyshell.

Multimedia:



Alfa Romeo 159 crash test video courtesy of Google Video

Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | |


Wednesday, January 18, 2006

Ice on the Road

>> Listen to this Article or Add to Podcast
To mark the IAM's 50th anniversary this year I will be providing 50 tips to improve your driving, courtesy of the IAM. The first one is below.
The recent tragedy in North Wales which saw four cyclists killed, including a school boy, is a chilling reminder of the danger of ice on the roads at this time of year.

Every motorist should take heed of the fact that when driving conditions are poor, it is crucial we adjust our driving style and increase our hazard awareness.

Anybody who has been on the wrong end of a skid knows just how terrifying it can be – and not just for the driver, but for passengers and other road users.

Even on a fine day when the road surface seems normal, ice can remain where trees and walls shade the road, where gradients are not warmed by the sun, or where wind sweeps across an exposed hilltop or bridge or where cold air gets under a bridge. Black ice occurs in patches, so it is very easy to be lulled into a false sense of security after driving for some miles along a road which seems normal. The only advice must be to drive very cautiously when the temperature is low enough for black ice to be a risk.

It is the driver’s responsibility to ensure that they’re travelling at an appropriate speed for these conditions. You need to be confident that you can stop in the distance you can see to be clear, bearing in mind that when you apply the brake pedal you are able to stop in that distance. We should anticipate the road surfaces and the effect that they can have on braking or steering. The question is to ask is this: dry, wet, ice or otherwise, can you honestly stop in the distance you can see to be clear?

When roads are slippery, use the controls – brakes, steering, accelerator, and clutch – smoothly and gently to avoid going into a skid.
For more information about driving techniques, please visit the IAM website: iam.org.uk.

Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | |


Tuesday, January 17, 2006

Ferrari Apprenticeships - The Best of the Best!

>> Listen to this Article or Add to Podcast
Ferrari GB has welcomed six apprentices into the elite ranks of the official factory trained Ferrari technicians working in the UK. The modern apprenticeship programme was launched to develop Britain’s finest technicians who will work on the world’s most prestigious sports cars.

The Ferrari Modern Apprenticeship Programme was created in 2004 to produce fully qualified technicians with specialist product knowledge for the franchised dealer network, and the first six apprentices started their training last year.

Now in their second year of training, they are being followed by a further six candidates from across the country embarking on a programme of continuous personal development, leading to a recognised IMI qualification, factory-backed training and the most interesting career in the retail motor industry.

The six apprentices (Arran Betts from Graypaul Nottingham, Daniel Dawson from JCT600 Leeds, Rhys Phillips from Dick Lovett Cardiff, Rae Gami and Michael O’Dea from HR Owen London and Jason Griggs from Lancaster Colchester) outside the headquarters of Ferrari GB Ltd in Slough.

The six trainees are employed by official Ferrari dealers and follow a programme of on-the-job and classroom training delivered by ReMIT, the foremost training provider for the retail motor industry.

‘This is a unique opportunity for the right young person who is determined to work hard and join the elite of Britain’s automotive technicians. Ferrari is committed to providing the support and guidance that will enable them to pursue a lifelong career in this fascinating industry,’ said Massimo Fedeli, Managing Director of Ferrari GB Ltd. ‘In 2004 we started the programme and the apprentices are doing well. Now is the time to bring forward the next generation of trainees and we are proud to welcome them into the prestigious world of Ferrari.’

Applicants for the modern apprentice programme must be aged between 16 and 25 years old and should visit www.remittraining.co.uk or phone 0800 587 6042 for more information.

Research Material:
Ferrari GB Ltd is part of Ferrari SpA. For more details about the company and its products see www.ferrari.co.uk.

ReMIT is the largest training provider to the retail motor industry handling over 8000 apprentices across the UK. For more details see www.remittraining.co.uk

Research Material:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | |


Secret Winter Testing for Volvo

>> Listen to this Article or Add to Podcast
With snow and a severe winter facing the UK, it is reassuring to know car manufacturers test and develop new cars to cope with much worse conditions, such as Volvo's secret winter test world in a snow-bound venue north of the Arctic Circle.

This is where all new Volvo models are made to suffer and are tested to extremes during the Swedish winter season’s toughest imaginable climatic conditions to ensure all controls, and heating and ventilation systems work quickly and effectively – and therefore cope easily with even the worst UK winters.

Over the whole of the northernmost part of Sweden – known as Lapland – Laplanders have learnt to survive and adapt to the harsh conditions of nature. Volvo has a long established winter test programme in Lapland, with a technically advanced laboratory facility north of the Arctic Circle, with secret field tests undertaken in different locations.

Test drivers punish new cars for thousands of miles on the extremely difficult road conditions, and skilfully avoid herds of reindeer or elk that frequently appear. The test drivers act as normal motorists and subjectively register their impressions, while at the same time, computers and a host of other technologies measure all things mechanical and electrical.

Cold starts down to minus 30 degrees are an everyday occurrence in Lapland. Everything is cold. Instruments react more slowly, clutch and gear changing become sluggish, during which the heating systems are carefully monitored, and the braking, traction control and four-wheel drive systems are continually put through their paces in slippery conditions, on and off road. Quality details, such as sunroofs, door locks or any squeaks can also be scrutinised in the severe cold.

"We try to discover faults or shortcomings at the prototype stage so that we can rectify them before production starts," says Volvo's Anders Polheimer, project manager for the Arctic field tests. "It is really important that the car functions under the extreme conditions here, as people expect a Swedish Volvo to be able to cope with the most sever winter conditions," he continued.

Snow and spray are a traffic problem in all winter environments – whether in Northern Scandinavia or on the M25 - and create the risk of accidents due to poor visibility and could cause operational problems for the driver and car. For example, driving behind another car in dense snow spray is blinding and could also cause engine problems with blocked air filters or iced-up electrical components. For Volvo, a heating system that quickly defrosts and clears a windscreen, and the option of heated seats, are essentials, not luxuries.

This is only part of the testing Volvo cars are put through in their development. A modern, premium brand car must be able to function perfectly in both the bitter cold and the burning desert sun or suffocating dust, which is why Volvo also has a secret proving ground in the Arizona desert – but that's another story…

Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | |


Taxiwise Drives Campaign for Safe Taxi Use

>> Listen to this Article or Add to Podcast
Taxiwise, the safety awareness campaign aimed at stamping out bogus minicab drivers has sparked a nationwide call to arms on taxi safety.

The cause was launched in May 2003 in response to the horrific stories of unsuspecting passengers prayed on by rogue drivers posing as legitimate cabbies.

It has since attracted celebrity backing and gained regular nationwide coverage through its hard-hitting newsletters, highlighting the dangers to people trying to get home and offering advice on how to tell if a cab is legitimate.

Now the cause has been taken up by a number of Councils and safety groups around the country to hammer home the message and improve safety for everyone.

And Taxiwise is pushing for more key groups such as Councils, police and schools to join the fight against bogus cab drivers.

Among the organisations which have recently launched their own initiatives is Barnsley Council’s licensing department, which is offering a special advice service to people on what to look for and check before getting into a cab.

West Dorset District Council has set up a similar service and issues regular warnings about the dangers of getting into unlicensed cabs. Medical and criminal checks are carried out on all registered drivers as well as insurance and car roadworthy inspections.

Flintshire Community Safety Partnership has published a pamphlet on how to make a safe journey home in a taxi, while Wolverhampton Council, as part of its Be Safe – Hail a Taxi, Book a Car campaign, is also highlighting the dangers.

Last year saw a joint Christmas initiative from the traffic section of Dyfed Powys Police and officers from Pembrokeshire County Council’s licensing team to check that vehicles used as taxis were safe.

A Homesafe card advising on travel safety has been produced by Burnley’s Community Safety Partnership in conjunction with Burnley Council’s licensing team.

Meanwhile, Walsall Council’s licensing officers and police hit the streets at Christmas to make sure drivers were properly licensed.

A spokesperson for Taxiwise, said: "We are delighted that other campaigns are now being rolled out across the country to encourage the safe use of cabs. This proves that all our hard work is finally paying off."

"Taxiwise’s success has been evident but our campaigning continues and as the message spreads across the country, unlicensed cabs will be eradicated from our streets."

"The safest way to get home is to hire a London-style cab – or book a private hire car in advance and check the licence details before getting in."

Another scheme to improve peoples’ taxi safety is SafetyText, set up by Tim Blackman, whose daughter, Lucie, was murdered in Tokyo. It allows someone to send a delayed message to a friend. If they get home safely, they can then cancel the text without it sending, thus ensuring discretion and not disturbing anyone unnecessarily. If something is wrong, the text goes through telling the recipient where the person is or giving details of the cab.

In London, Mayor Ken Livingstone launched a service where people can text HOME to a set number and receive a list of approved, licensed cab numbers.

Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | |


James Bond Back with Aston Martin for ‘CASINO ROYALE’

>> Listen to this Article or Add to Podcast
Aston Martin announces James Bond, the legendary British secret agent, will drive one of its models in the next 007 film, ‘CASINO ROYALE’ to be produced by Michael G. Wilson and Barbara Broccoli for Eon Productions.

Daniel Craig, who will play James Bond in the film, which is due to be released in November 2006 by MGM/Sony, visited the Aston Martin headquarters in Gaydon, Warwickshire, on Friday to view the featured car. While there he met Chairman and Chief Executive Officer, Dr Ulrich Bez, and members of the workforce and also took the opportunity to take a short test drive.

In the true tradition of Bond, full details of the car to be used in ‘CASINO ROYALE’ are being kept top secret but the company did confirm that it would be a new model called the Aston Martin DBS.

Dr Ulrich Bez said: "It is great news that Bond will drive an Aston Martin again and we have built him something special to enable him to do his job in style."

The association with the marque began in 1964 with the film ‘Goldfinger’ when the DB5 was fitted with ‘optional extras’ such as ejector seats and rockets. The last Bond film, ‘Die Another Day’, featured Aston Martin’s flagship model, the Vanquish.

Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | |


Saturday, January 14, 2006

New Google Earth KMZ Files

>> Listen to this Article or Add to Podcast
I've been busily working on some new Google Earth placemarks over the last couple of weeks, encouraged by the fact that all of Kingston upon Hull and some of the East Riding of Yorkshire now have enhanced high definition images.


If you haven't already installed Google Earth it's completely free for the basic version and well worth having. Pop along to http://earth.google.com and have a look!

New and Updated Google Earth KMZ Files
You can view and download these from http://www.jonfry.com/uploaded_files/google_earth/ or just click on the links below.
New and Updated Google Earth Dynamic Data Layers
You can view and download these from http://www.jonfry.com/uploaded_files/google_earth/Dynamic_Data_Layers/ or just click on the links below.
Haltemprice Crime Prevention Panel
I have also created a network link and dynamic data later for Haltemprice Crime Prevention Panel which includes all of the latest crime hotspots, missing persons, witness appeals, crime bus events and local police stations for the Haltemprice area.

The information contained within the Dynamic Data Later will be updated whenever new information is available. It can be downlaoded from:
Related Articles:
Related Links:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | |


Friday, January 13, 2006

Ten Years of Crashing New Cars

>> Listen to this Article or Add to Podcast
The safety of cars for occupants has increased five-fold for some types of cars thanks to ten years of the Euro NCAP crash testing programme.

Seen as controversial by the motor industry ten years ago, the programme has helped to save lives across Europe. Safety ratings of similar category cars have gone from one star to five stars in less than ten years due to the influence of the European New Car Assessment programme (Euro NCAP), according to the RAC Foundation.

Research shows that as far as the risk of serious injury or death is concerned, cars which score three or four stars in Euro NCAP tests were approximately 30% safer compared with two stars or cars with no score. *

NCAP was established in 1995 and the first tests were supported by the Department for Transport, International Testing, the Swedish National Road Administration, the FIA, the AA and the RAC.

The first cars were tested in February1997 and brought dramatic and shocking results. The worst perfomer for occupant safety was the Rover 100, which was only awarded one star for protection in frontal and side impact. Up until these first tests the UK consumer did not know if a particular car was safer than another car in the category. The poor performance of the Rover 100 had dramatic results with some police forces refusing to use these cars and some mothers refusing to use child minders who ferried children around in these vehicles.

The motor industry was up in arms about the tests claiming that the cars were crashed at unrealistic speeds (40mph for frontal impact and 30mph for side impact). This was the first time in the UK that a series of crash tests had been conducted where the results were made available to everyone.

The UK’s Transport Research Laboratory (TRL) played a key role in developing these tests. All of the cars tested were bought anonymously to ensure that each was a normal production model. Since the early days more than £6 million has been spent on purchasing more than 400 cars representing more than 200 different car models. For the tests two examples of each car were purchased in order to conduct both frontal and side-impact tests.

After initial resistance from the motor manufacturers to the crash-testing programme certain manufacturers broke ranks and started to use the Euro NCAP results as an integral part of their marketing strategy. Now it is common to see Euro NCAP 5 stars emblazoned across print and broadcasting advertising, as well as across the rear window of many cars.

It is interesting to make some comparisons between the first cars crashed and results of most recent tests on the current equivalent models.

The Fiat Punto and Renault Clio both scored two stars in occupant protection in 1997 but five stars in 2005.

The Ford Fiesta and Nissan Micra also scored two stars for occupant protection in 1997 but 4 stars in 2003. The VW Polo scored three stars in 1997 and four stars in 2002. The Rover 100 scored one star in 1997 and soon went out of production so was never re-tested.

“In the new Fiat Punto” TRL explains, “the structure surrounding the occupants has been drastically improved, providing a rigid safety cell which is more capable of withstanding the impact forces. In addition to improvements in structural safety, advanced occupant restraint systems have also been developed which provide greater control of the occupants’ deceleration during an impact. Such systems include dual seat-belt pretensioners and load limiting seat belts.”

Progress on pedestrian safety has been slower but more recent results are encouraging.

Road Safety Minister Stephen Ladyman, said:

"When the UK Government started its NCAP programme a decade ago, it was almost impossible to assess the comparative safety of passenger cars. But in collaboration with the FIA and others, EuroNCAP has pioneered a ratings system that is both a benchmark for manufacturers and a quality assurance for the consumer. Over the last 10 years, the number of stars achieving 5 stars has vastly increased, and people looking for crash protection now have real choice in the new car market. I look forward to what EuroNCAP can achieve in the future".

Edmund King, Executive Director of the RAC Foundation, said;

“Euro NCAP has transformed in-car safety. I was shocked and felt physically sick looking at some of the first cars crashed. Having seen some of the results close up I vowed never to ever travel in certain cars but to campaign for safety improvements. It is gratifying to see that ten years later many of the poorer performers are now five star cars.”

David Ward, Director General of the FIA Foundation, said:

“Euro NCAP placed car safety on the agenda and transformed vehicle design. Cars today routinely achieve five stars for occupant protection, as they should. Progress is being made on pedestrian protection, with the first four star car announced last week. The priority for Euro NCAP’s second decade must be on promoting active safety, such as electronic stability control, to improve crash prevention. I am proud that the FIA was involved at the very start of Euro NCAP, support which continues today through the FIA Foundation.”

James Ellway, TRL's Euro NCAP Project Manager said:

“Euro NCAP has provided vehicle manufacturers with an incentive to build safer cars as well as providing consumers with independent safety advice, which they can use to make an informed choice when buying a new car. Euro NCAP is playing a key role in helping to meet the UK Department for Transport's strategy for improving road safety (2000-2010), which aims to reduce the number of road deaths and serious injuries by 40%.”

Andrew Miller, Director of Research, Thatcham,said;

"As Euro NCAP’s newest member, Thatcham, representing British Insurers, applauds the improvements in vehicle safety driven by the work of the programme. Euro NCAP's work in the last decade has seen occupant safety improve dramatically and now pedestrian safety is also at the forefront of manufacturers design priorities. The growing awareness amongst the motorist that safety is not an option but a right can surely be laid at feet of this powerful organisation."

Research Material:
* Monash University Accident Research Centre, Melbourne 2000, Tingvall & Anders Lie analysed car crashes in Sweden between 1994 –2000.

A film ”Creating a Market for Safety: Ten Years of Euro NCAP has been made by Richard Stanley Productions and is available from EuroNCAP.

Current organisations participating in Euro NCAP include the Departments of Transport of Sweden, The Netherlands, France, Germany, the United Kingdom and Catalonia as well as the European Commission, the FIA Foundation (of which RAC Foundation is a member), the Allgemeiner Deutscher Automobile-Club (ADAC), Thatcham on behalf of the British Motor Insurers and the International Consumer Research and Testing (ICRT) on behalf of the European consumer organisations.

A conference to celebrate ten years of Euro NCAP will take place from 10am on Tuesday 29 November 2005 in the Minerva Room at the Autoworld museum, Parc du Cinquantenaire 11, Brussels. UK transport minister Dr Stephen Ladyman MP will address it.

Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | | |


Traffic Camera Images to Your Mobile

>> Listen to this Article or Add to Podcast
Video footage from Highways Agency CCTV cameras will be brought direct to your mobile phone, in a trial agreed by the Highways Agency. For the first time, images previously only shared with road service providers, the police and emergency services, will now be made available to the public.

The trial starts with 100 cameras on the M25, M1, M6, M4, M5, M40 M42, M54, M60, A1M, M61 and will extend to the full Highways Agency CCTV network by the end of the year.

Denise Plumpton, Information Director, said:

"We're carrying out this 12-month trial to see if we can help our road users plan their journeys and avoid any delays on the network.

"You'll be able to check real-time traffic conditions on the busiest parts of our network from the convenience of your mobile phone."

The Highways Agency advises drivers to plan journeys. Check your route for delays and check the weather forecast. While you are driving listen to travel news on the radio. Information about current road conditions is on the Highways Agency's website http://www.highways.gov.uk/trafficinfo

Information about road conditions on the motorways and trunk roads in England is available from the Highways Agency:
  • Information Line: 08457 504030 or
  • voice activated helpline: 08700 660 115,
  • Website: www.highways.gov.uk
Information on weather conditions is available from
Our partner in the trial is MX Data, which provides map-based traffic and travel information to the mobile service industry. The service, which supports over 100 handsets and the four networks O2, Orange, VodaFone, Tmobile, already provides local authority, Scottish and Welsh CCTV images.

Research Material:

  1. The Highways Agency is an executive agency of the Department for Transport. It manages, maintains and improves the network of trunk roads and motorways in England on behalf of the Transport Secretary.
  2. To get more details of the service visit www.traffictv.co.uk or phone MxData on 01625 526644. To get a free trial text 'traffic mxdata' to 60070. You will need a colour screen handset that can connect to the internet. For advice on connecting please contact your network provider.
  3. The Highways Agency traffic information website is at www.highways.gov.uk/trafficinfo.
  4. For real-time traffic information, the Highways Agency 24-hour voice activated telephone service is on 08700 660 115. (Calls from BT landlines to 0870 numbers will cost no more than 8p per minute; mobile calls usually cost more).
  5. For general information about the Agency, visit the website www.highways.gov.uk or telephone the Highways Agency information line on 08457 50 40 30. (Calls from BT landlines to 0845 numbers will cost no more than 4p per minute; mobile calls usually cost more. Service operates: 8am-8pm weekdays, 9am-5pm weekends.)
Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | |


Ford Transit 2006

>> Listen to this Article or Add to Podcast
  • New Transit revealed for the first time.
  • Distinctive new front end styling and exterior detail changes.
  • Improved driving dynamics.
  • Re-designed interior with new dashboard and fascia-mounted gear lever.
  • New range of high-tech features for the driver.
  • Upgraded safety and security features including sector first re-charging key.
  • Seven all-new engines, all Euro IV emissions compliant.
  • Six new diesel engines to be built at Dagenham Diesel Centre.
  • Designed and engineered in Dunton, Essex.
  • To be assembled in Southampton.
  • Transit transmissions built in Merseyside.
  • Full technical details, British specifications and prices will be released summer 2006.

The most successful commercial vehicle in Britain – the Ford Transit – enters a new era in its long and successful life, with extensive improvements to keep it ahead of the pack.

A great British success story, new Transit has been designed and engineered in Essex, with engines from Dagenham, transmissions from Merseyside and assembly in Southampton.

Gary Whittam, commercial vehicles director, Ford of Britain said: "Transit led the market once again in 2005 with 54,300 sales, outselling the nearest rivals by more than three to one. Customer needs have been a driving force behind the improvements in the new Transit and this is the secret of its success.

"The new 2006 Ford Transit takes its market-leading strengths and advances them to the next generation. Existing customers will love the new Transit. The new styling and dynamic changes will ensure that many new customers who take pride in themselves and their business, will also take pride in placing their name on the side of a new Transit."

Tough and Stylish Transit: Improved Throughout

Interior and exterior, back to front, on the surface and under the skin, every area of Ford's popular workhorse has been examined and improved. The extensive upgrade is the result of several years of development by Ford engineers, and are the most significant changes for six years.


"When setting out to improve the Transit, we paid particular attention to an increasingly important customer base, the artisan or single-vehicle owner," explained Barry Gale, chief engineer, commercial vehicles. "These customers told us their van was a statement about them and their company, so it not only needed to be functional, reliable and durable, but stylish too. Additionally, they wanted a vehicle that was pleasant to drive – that it should never feel like taking a step down from a passenger car."

In terms of driving dynamics, Ford engineers have worked hard to ensure the new Transit has driving and handling characteristics that are even closer to the Company's acclaimed passenger cars. Detailed changes in the suspension have made a significant change to the noise, vibration and harshness (NVH), cutting it by some 20 per cent.

A Fresh New Look Inside and Out

Exterior design changes give the vehicle a stronger, more contemporary profile when viewed head on. The most noticeable changes are at the front where the bold new three-bar grille sits between new, more vertical headlamps and a nine inch Ford oval badge on the grille, the largest on a European Ford vehicle.

Major improvements have also been made to the Transit interior, reflecting the demand for the same level of user-friendly features as passenger cars. A completely new dashboard, instruments, switches and a new steering wheel face the driver, while new, considerate and innovative storage solutions ensure that Transit is now an even more convenient workplace.

A significant change in cabin ergonomics sees the gear lever moved up to the dashboard – giving a more car-like driving position. It also gives a completely clear floor area from the driver's side to the passenger's side for "walk through" access. A two-tone instrument panel and higher grade cloth trim complete the changes.

The Transit will feature a range of distinctive new colours, as well as new-style wheels, wheel trims and exterior trim detailing.

New Durable and Economical Engines

The new high-tech TDCi diesel engines are the first dedicated commercial vehicle powertrains to be developed as part of the partnership between Ford Motor Company and PSA Peugeot Citroen and will be built at Ford's Dagenham Diesel Centre.

The new Transit range will offer six diesel engines and one LPG-compatible petrol engine. The diesel options include new 2.2-litre and 2.4-litre Duratorq TDCi diesel engines, matched with either five-speed or six-speed Durashift manual transmissions.

All Transit diesel power units are compliant with Euro IV emissions standards and feature latest generation common-rail technology. They have been designed to accommodate forthcoming emissions legislation and to deliver improved performance with reduced fuel consumption, while the engine layout has been revised for ease of maintenance.

Security and Safety

The outgoing Transit received many international awards for its outstanding security features. The new Transit builds on this success with an even more comprehensive list of security features, engineered to frustrate and deter would-be thieves and so improve insurance ratings and lower insurance costs for owners.


Two levels of alarm are available, including Thatcham Category 1, while the Transit also features Passive Anti-Theft System (PATS), hood lock, cable-free doors and the industry’s first configurable unlocking security system.

Configurable unlocking means customers can choose which doors unlock in which order, when selected buttons are pressed. There are three combinations to choose from at purchase.

Safety features include Anti-lock Braking System (ABS), Electronic Brake Force Distribution (EBD), Brake Traction Control System (BTCS) and an Electronic Stability Programme (ESP).

Protecting the occupants in an accident is an important function of the vehicle’s structure and Ford engineers were keen to improve on the already high standards set by the Transit. Driver’s airbag is standard while seat-mounted side, head and thorax airbags are available as options for the first time. In addition the redesigned front structure further enhances low speed impact resistance.

Working in the Cab

Ford has listened to its customers and made the Transit's interior a more enjoyable place to be, with a host of new convenience features. They include three levels of heating and ventilation, four trim options including leather, 10 seating arrangement options, cruise control availability for the first time, and a new instrument cluster.


The new Transit also boasts a self-charging waterproof ignition key – the first vehicle in the sector ever to be fitted with one.

Spoilt for Choice

The Transit has become famous for offering customers exactly what they need, with a huge range of body and engine variations. With the new improvements, Ford is providing even more choice. There are 60 basic structures and body styles. Ford's Special Vehicle Operations team can also handle any further specifications.

Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | |


Thursday, January 12, 2006

Honda's ADAS Technology

>> Listen to this Article or Add to Podcast
Honda’s ground-breaking ADAS technology – combining Lane Keeping Assist and Adaptive Cruise Control – combats driver fatigue and can improve driver awareness, as well as reducing the burden of motorway (or main road) driving.

Over the last decade, Honda has carried out many hundreds of thousands of miles of testing in all conditions, and is totally confident the ADAS technology will improve safety levels.

Adaptive Cruise Control (ACC) uses information from a millimetre-wave radar (mounted inside the front grille) to measure a safe distance to the vehicle ahead.

In addition to maintaining a set speed, as with conventional cruise control, ACC is also able to automatically regulate both the vehicle speed and its distance to the vehicle ahead travelling in the same lane, reducing the burden of motorway driving and enhancing driver comfort and safety.

Honda’s innovative Lane Keeping Assist System (LKAS) applies steering torque to ensure the Accord remains safely in the centre of a road lane. A tiny camera positioned near the rear-view mirror monitors the road markings and steers the car if it drifts toward the edge of a lane, thereby enhancing driver comfort and safety.

When using both or either ADAS systems, the driver remains in complete control and can override the technology at any time.

Internal Honda studies have proven the system can improve driver awareness; with ADAS switched on, the extent of the driver’s eye movement increases to cover more areas on or around the road.

These state-of-the-art driving aids are available on the Accord ADAS model, a range-topping version of the 2.4 EX with automatic transmission.

Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | |


Wednesday, January 11, 2006

Aston Martin Rapide Concept

>> Listen to this Article or Add to Podcast
The Aston Martin Rapide concept is a four-door, high performance coupé of remarkable grace and poise. Based on Aston Martin's unique VH (Vertical/Horizontal) architecture, the Rapide combines the company's commitment to power, beauty and soul with space and practicality for every eventuality. It stands for stylistic excellence, market innovation and flexible manufacturing. The Rapide is the epitome of Aston Martin’s low-volume, high-technology approach, the synergy of modern methods and materials with traditional skills to create a new form of craftsmanship for the 21st century.

While the Rapide retains Aston Martin's inherent design characteristics the additional length and extra doors build upon the DB9’s taut, poised stance, generating a natural, even flow and a dynamic sensation that's conveyed even when the Rapide is standing still. “In terms of elegance the Rapide is adding value to the DB9’s undisputed elegance and subtle understatement,” says Dr Ulrich Bez, Chairman and Chief Executive Officer of Aston Martin. “Our cars must look beautiful from all angles, and the four-door is very well balanced.” Practicality and power are the Rapide's signature qualities, but above all it is recognisably an Aston Martin, a testament to the strength of the marque's design language. The Rapide's four-door body provides greater access to the extended architecture, making it a performance car for every occasion. “The proportions must be perfect,” says Dr Bez, “if we couldn’t achieve this then we wouldn’t have made the car.”

ARCHITECTURE

Underpinning the Rapide concept is Aston Martin's VH architecture, developed to offer exceptional manufacturing flexibility. This high-strength, low-mass architecture forms the backbone of the current generation of Aston Martins, spearheaded by the DB9 Coupé and flanked by the DB9 Volante and the Vantage.

The extruded aluminium construction of the VH architecture can be modified in both length and width, providing a myriad of packaging options, and the chemically-bonded structure (using glues derived from aircraft manufacture) is mated with bodywork that mixes aluminum and composite materials. The architecture’s flexibility is further demonstrated by its use in the _ DBR9 racing car, where it is combined with carbon-fibre composite body panels to produce a modern race car of rare beauty.

Aston Martin’s traditional hand-finishing, craft skills and attention to detail operate side by side on the ultra-modern production line at Gaydon in Warwickshire. The VH architecture is at the heart of this manufacturing operation, its modular structure providing such inherent rigidity that it has given the company’s designers and engineers the same levels of freedom as their predecessors, 50 years before. In today’s marketplace, even low volume manufacturers like Aston Martin are governed by strict legislation and the need to balance power, weight distribution, handling and safety. Utilising the VH architecture as the foundation for the new Rapide concept, Aston Martin has illustrated how their current range might be expanded, a four-door coupé that complements the formidable DB9 2+2, DB9 Volante and the compact and muscular Vantage.

DESIGN ETHOS: EXTERIOR

The visual language of Aston Martin is highly distinctive. Across a range of three cars, the company's design team, led by Design Director Marek Reichman, fulfils Aston Martin’s core values – power, beauty and soul – with bodywork that is taut, poised and muscular. “The brand is about the driving experience,” says Reichman, explaining how the concept is intended to provide everything customers have to come to expect from an Aston Martin, and more. “We wanted to make the most beautiful four-door car in the world,” he says, as he traces the Rapide’s development from a series of exploratory sketches in the Summer of 2005 to the finished, fully-functioning prototype. In the process, Reichman and his team explored the way the Rapide might be used, where and when it would be driven, even who would be driving. The four-door body was a natural way of providing access to the Rapide’s increased interior space, part of Aston Martin's commitment to design usability. “If there’s a space then you should also offer accessibility, otherwise you’re not being honest,” explains Dr. Bez.


Reichman describes the 'beautiful harmony' of the line that runs through the Rapide's bodywork, giving the car the appearance of motion even while stationary, an athlete in flight, rather than crouched and coiled upon the starting blocks. “It’s not a wedge, it’s graceful and flowing,” he explains, “we decided to let the lines flow right through the body to the tail, which ends very beautifully. In silhouette, the Rapide shares the same sinuous line as its two-door siblings, although when compared with the poised stance of the Vantage with its sprinter-like forward thrust, the Rapide is a long distance runner.” Reichman believes that proportion is fundamental to how a car is perceived. “There are forms that appear at ease and forms that _ appear tense and uncomfortable,” he says, “we wanted to make everything on the Rapide work in harmony.” Achieving this required the intuitive skills of Aston Martin’s modeling team, who work with both raw clay models and advanced computer modelling. “We put character and feeling into the surface,” says Reichman. “Our designers and modellers work with a sculptural language here at Aston Martin - the play of light on the surface are incredibly important to us.” Full-scale models are viewed in daylight and dusk conditions, for example, to ensure that the dramatic surface forms remain an integral element of each and every Aston Martin. Reichman believes that technology like the VH architecture allows him “to keep the form language and soul of the product.”

The Rapide represents the pinnacle of Aston Martin's design ethos, a formal language developed through the carefully balanced combination of elegance and aggression. In silhouette, three-quarters view and from both the front and rear, the Rapide is instantly recognisable as an Aston Martin, regardless of whether it is wearing the famous winged badge (still faithfully rendered in pewter and enamel on every model). The soft curves of the flank kick up into muscular haunches above the rear wheel arches, with the roofline staying low, true to the distinctive Aston Martin silhouette. The Rapide also features the metal side strakes, another signature feature, while the doors feature Aston Martin's unique 'swan wing' design, opening upwards at a 12-degree angle away from the kerb to provide greater access. The rear doors cut unexpectedly deep into the flank below the C-pillar, increasing the width of the opening to improve access. At 5m long, the Rapide is 30cm longer than a DB9, and only 140kg heavier. “Aston Martin should always be about the proportions,” Reichman says. “Although the Rapide is slightly taller than the DB9, the proportion of the section is the same, allowing the flowing lines to encase a spacious passenger compartment.”

DESIGN ETHOS: INTERIOR

The Rapide continues Aston Martin’s reputation for highly-tailored, individual cockpits. The trademark glass starter button is a small element of theatre that is also beautiful and tactile, the perfect first point of contact with the car. Providing sporty accommodation for four passengers in such a low and beautiful coupé presents a formidable packaging challenge.

Sitting low to the ground, just four centimetres higher than a DB9, the interior is an exquisite leather-swathed package, with custom-embossed shagreen hide specially sourced for the Rapide . “It’s very cosseting,” admits Reichman, “it’s about creating a personal experience of the journey.” Like a set of exquisite hand-tooled luggage, the interior is compact yet also surprisingly spacious, with great attention to detail, like the extensive map and accessory storage and the mood lighting that maximises the feeling of volume.


Aston Martin has always been about truth to materials: wood is valued for its structural properties and appearance, as are aluminium, glass and leather, while carbon fibre is utilized for its strength and weight-saving abilities and not just a showy finish. A transparent polycarbonate roof brings an increased sense of spatial awareness, opening up the passengers' vistas beyond the driver’s focus on the road ahead. This ultra-light transparent material is a first for the company. The Rapide has dual climate zones, and the luxuriously appointed rear seats come with their own DVD screens and controls for the audio system and environmental system.

The dashboard is very driver-focused, the three passengers can also be as engaged and involved in the journey. For example, the satellite navigation system is fully accessible to all passengers, with a handheld Bluetooth unit that allows rear seat passengers to add their input to the route ahead. It’s this level of involvement that characterises the Aston Martin experience, and it is vital that both driver and passengers can share it.

The generous rear luggage compartment is accessed via a hatchback, a practical feature shared with the Vantage and the pioneering DB2/4 of 1952. In addition, each rear seat folds down individually, allowing for myriad interior options, be it three players plus three sets of golf clubs, or four people and their skis, which slot neatly above the central console. To give the concept a real sense of occasion, the feeling that every journey ends in an event, the interiors team have incorporated a chiller cabinet in the boot, perfectly shaped to hold a single Magnum of Jacquesson champagne, along with four elegant flutes.

The clock is an integral part of the Rapide's elegant dashboard. For this element, Aston Martin turned to their existing partners Jaeger-LeCoultre, world leaders in fine timekeeping and original manufacturers of dials in Aston Martins as far back as the 1929 1.5 Litre First Series. The Swiss watchmaker, which dates back to 1833, also created the exclusive AMVOX collection of understated gentlemen's timepieces. Aston Martin's engineers and designers collaborated with Jaeger-LeCoultre on the design of the Rapide concept's timekeeper, which takes on the characteristic traits of the AMVOX watches. The 270 degree sweep of numerals, dark grey dial with circular brushed surface, hands, numerals and raised sapphire crystal combine to make a beautifully refined object at the heart of the car, a series of sophisticated volumes created by the layers of the dials.

TRADITION

Aston Martin has always acknowledged the need for elegant, high-speed touring sports cars. The four-door, four-seater saloon displayed at the 1927 Olympia Motor Show began a long tradition of cars that combined elegance, style and power with usability. The Olympia car was a closed-body tourer that sported long, flowing lines for the era, tapering to a luggage trunk and mounted on a tubular frame. The car was also low to the ground, purposeful and sporting. Four years later another four-door saloon was exhibited, with an aluminium-panelled body by Bertelli, finely engineered, detailed and upholstered throughout, with intriguing touches like the roof-mounted opening glass panel above the rear passenger compartment.

Experimentation and innovation continued. The 'Atom' project began in 1939 as a response to materials shortages, packaging design and post-war needs. A four-door saloon, the Atom was built around a steel tube chassis, upon which the bodywork was mounted. The strictly geometrical bodywork drew upon the new science of streamlining, and the car was smaller and lighter than what had gone before, with an innovative chassis design that ensured the company retained its image as a technical ground-breaker. In the decades following the war, the David Brown-era cars created the quintessential image of the grand tourer, two-door fourseaters that remain icons of car design. Beneath the supremely elegant skins there were yet more technological firsts, like the strong chassis-and-tube 'Superleggera' construction of the early DB series. In the 1970s and 80s, Aston Martin was uniquely positioned to accommodate almost any customer request, and four-door variants of the V8 and Virage models were built for a select number of discerning customers.

THE JOURNEY

Every journey in an Aston Martin is an occasion, proving that the most enjoyable way of getting between two points isn't always a straight line. The Vanquish S, DB9 Coupé, DB9 Volante and Vantage are all designed to sharpen the senses, extracting every grain of texture from the road surface, with high levels of driver feedback and involvement. Yet when conditions preclude making progress or spirited driving, an Aston Martin adopts a relaxing, restrained character, with the massive reserves of torque and power combining with the uniquely cosseting interior to envelop the driver and their passengers in the Aston Martin experience.

The Rapide continues this tradition - a fast, cross-country machine that excels in any driving conditions. The Aston Martin customer doesn’t need to have their choice dissected in minute detail: these are cars which appeal primarily to the heart, strong emotional design that is also subtle and discrete. The Rapide is a uniquely personal machine, its interior representing the _ very best of the company’s immensely skilled workforce, demonstrating how each Aston Martin is still tailored to a customer’s precise requirements. It also represents the high degree of personalisation offered by ultra-modern production facilities and a model line-up underpinned by a flexible architecture - a new model that could broaden the range to cater for every requirement.

Like all Aston Martins, the Rapide is a superlative performer. Powered by the V12 engine from the DB9 but uprated to 480 brake horsepower mated to a ZF Touchtronic gearbox, the car has performance equivalent to the DB9, although the gearing has been adjusted to suit the longer wheelbase and more refined ride. Carbon brakes and callipers, a first for Aston Martin, give the Rapide immense stability and stopping power. “A sports car is not simply characterised by the number of doors,” says Dr Bez, “so a four door car can still have the looks and performance of a sports car and the Rapide is certainly true to its name, providing an unrivalled way of taking four adults on a long-distance journey along any type of road.”

The Rapide is serious about the business of driving, a chassis that is equally at home amongst winding back roads, mountain passes or high-speed carriageways. It has the expertise to devour trans-continental distances while leaving the driver feeling fresh and alert, however far or fast. The rich exhaust note is intended to be heard echoing off the sheer rock walls of the Alps, the steering demands to be taken to the switchbacks of Austria's Grossglockner Pass, while the engine begs to be opened up along a stretch of German Autobahn. Although the power delivery is unrelenting, this is also a car designed for every day use, with ample space for a golfing weekend for three in Scotland , a lengthy trans-American journey or even a trip to a Bordeaux vineyard, with space to bring back 20 bottles of wine. You can sweep up to a hotel, restaurant or première and the four doors allow your passengers to enter and exit with style.

An Aston Martin is about elegance, power and innovation, a bespoke form constructed to high standards that provide the model definition of 21 st century design and engineering execution.

The Rapide is a seminal evocation of Aston Martin's recent history, proof positive that the high performance four-door automobile need not imitate the conservative three-box saloon; it can be a car of extreme elegance and beauty. A sporting coupé with real heritage, the Rapide is a practical choice that expresses the pure emotion and passion that underpins the Aston Martin marque, its rich heritage and design DNA.

Aston Martin begins the 21 st century with almost limitless potential. As one of the strongest and most recognisable brands in automotive history, the company now has the products, technology, production facilities and distribution network to offer unparalleled choice in this market segment, able to move rapidly from prototyping to concept to production. The company's fast-expanding global dealership network continues to revolutionise the highperformance sales environment, with a series of crisp, contemporary showrooms that highlight the very best in modern architecture and design, making them the perfect backdrop for the product.



Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | |



Xtrac Develops Generic Transmission System

>> Listen to this Article or Add to Podcast
  • Gearbox is designed to handle massive torque levels of 1,100Nm
  • First application is Brammo Rogue GT supercar with 850bhp V12 engine
British transmission design and manufacturing company Xtrac has developed an ultra high specification 6-speed transverse transaxle transmission designed to meet the needs of vehicle manufacturers producing high performance road cars which deliver increasingly phenomenal engine outputs. The key benefit to makers of these exclusive supercars is access to an affordable ‘off-the-shelf’ transmission system, thereby avoiding the need for expensive upfront engineering development of a bespoke design where it is difficult to get a pay back despite their high prices when such vehicles are invariably produced in low volumes.


The transmission was developed in partnership with North American vehicle design and niche vehicle manufacturer Brammo. The company, located in the southern Oregon town of Ashland, has been appointed North American distributor. The first application for the Xtrac transmission is the soon to be launched Brammo Rogue GT; the first 1,000 Nm V12 supercar designed and built in the USA. Brammo will make the gearbox available to other specialist supercar manufacturers in North America with customer support complemented by Xtrac’s existing service facility located in Indianapolis. Xtrac will market the transmission in Europe and all other regions of the world. UK production has already commenced with the first batch of transaxles being readied for delivery in the Spring of 2006.

Building on its expertise in specialist race car transmissions, the new road-going variant extends Xtrac’s business into low volume driveline projects for the mainstream automotive industry. Commenting on the company’s decision to invest in an all-new transmission for the upper echelons of the automotive market managing director Peter Digby said:

"With some clients wanting to produce as few as 200 road cars a year they can now largely avoid the engineering costs of commissioning a specially designed transmission. Even if the production costs could be minimised for such low volumes - and that is doubtful - carmakers have until now had no choice but to incur these upfront costs, which includes building prototype gearboxes for test and development, all of which adds significantly to the final cost of the vehicle."

"We are delighted to be working with Xtrac on this prestigious project," said Craig Bramscher founder and chief executive officer of Brammo, "not only as distributor for the important North American market but as a partner with responsibility for key components such as the clutch system. Xtrac recognised the importance of providing this exclusive sector of the market with a quality product and is applying the same standards of design and manufacture as applied to its Formula 1, Racing Sportscar and World Rally Championship transmissions."

He added: "When Brammo set out to build the ultimate supercar we knew the biggest problem with transmitting the power from our massive powerplant was that there was no current solution on the market. After much research we have partnered with Xtrac from the UK to bring the first transverse synchromesh 6-speed gearbox capable of taking the beating our V12 engine can put out in power and torque."

The Brammo/Falconer V12 engine can deliver an incredible power output of up to 1,600bhp (1,200kW) when turbocharged or supercharged. In the launch version of the Brammo Rogue GT the engine has been tuned to deliver 850bhp and 1,000 Nm of torque. The Xtrac transmission is designed to handle massive torque levels of up to 1,100Nm.

Xtrac has a wealth of experience in driveline engineering and is the world’s leading supplier of racecar gearboxes. However, road car transmissions are of significantly different design; consequently it was important to the success of the project that Xtrac engineers had worked previously on a number of bespoke high performance road car projects. Key members of the engineering team include business development manager Robin Price who was the engineering director on the Jaguar XJ220 and McLaren F1 road car transmission projects, Chris Gardner who was a powertrain engineer for the Mercedes-Benz SLR McLaren supercar and Dr Damien Brayshaw who has extensive knowledge of vehicle performance related to differential characteristics from his research at Cranfield University.

Xtrac’s supercar transmission is manufactured and assembled at the company’s purpose built factory at Thatcham in Berkshire, where it employs more than 250 staff including over 50 professional engineers and technicians in its engineering design and research departments. The company has recently recruited more post graduate qualified engineers to expand its capability in the areas of advanced engineering and product development.

Technical specification of Xtrac ‘6012’ transverse transaxle

The maximum gear ratio spread ranges from 15.79:1 to 1.866:1 with the possibility of customers specifying each ratio according to their needs although a standard set of ratios is offered to help reduce the cost of the unit. The overall speed can be altered using a combination of gear ratio, drop gear and final drive gear.

Considering the typical powertrain application for which it’s designed, the aluminium casing and optimised design of internal components have ensured a lightweight 97kg gearbox. The transmission has a transverse layout to allow vehicles to have a short rear overhang, yet still comply with rear impact legislation, with drive transmitted via an engine mounted push-type clutch with a twin-cable gearchange actuation system designed and supplied by Brammo.

The input bevel, six input gears and reverse gear are all mounted on the layshaft. The mainshaft has an integral final drive gear allowing flexibility in overall gearing and design packaging. To meet the demand for durability, mechanical efficiency and refinement, the helical gears have full-form ground teeth with multi-cone synchroniser engagement.

The limited slip differential is a proven Xtrac design ideally suited to prestige cars. It not only offers superior handling but also provides excellent refinement in terms of minimal NVH (noise, vibration and harshness) properties.

The aluminium housing comprises a single casing with a rear cover for the oil system entry and exit ports and side cover to access the differential. Four locations allow the entire transmission to be mounted on a vehicle rear sub-frame. The overall configuration permits a generic front face to mate to an engine bellhousing casting. The differential output is positioned close to the engine rear face and above the gearbox input to ensure the optimum vehicle, clutch and driveline package, but with a low transmission centre of gravity.

The oil system is an integrated re-circulating type using a single-stage eccentric rotor pump with no oil tank. The advantage of this system is a minimal number of components and hence low weight in the pump assembly. Porous media filters, all baffles, magnets, breathers, filler and level plugs are of F1/aerospace quality. The oil system includes a thermostatically controlled pressure relief valve thereby permitting the gearbox to achieve operating temperature quickly resulting in an improved gearchange and high efficiency. Oil cooler inlet and outlet ports are provided at the rear of the casing so as not to disturb the vehicle underbody airflow.

All gears and internal components are manufactured using steels developed exclusively for Xtrac to its own specification. The development of these special steels follows a metallurgy programme drawing on Xtrac’s application of design, testing and race experience. In addition, most of the rotating parts are shot-peened to further enhance durability and reliability.

Following manufacture and assembly of all components each gearbox is fully qualified on a spin rig before despatching to customers.

"The design philosophy behind this product is one of attention to detail," said senior project engineer Mel Dickinson. "Our objective was to optimise packaging, weight and efficiency without resorting to expensive and time consuming exotic materials and processes, also to use analysis techniques to ensure performance targets were met. For maximum reliability proven Xtrac components have been specified throughout."

"This project is a culmination of many years of experience" said technical director Adrian Moore. "We are acknowledged experts of motorsport transmissions. We have integrated this knowledge with our previous exposure to low volume super car transmissions which we have developed from racing units, and create a purpose designed transmission which is unique in the market place."

Web Sites:
Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | |


Tuesday, January 10, 2006

BLUETEC – The Technology for the Cleanest Diesel in the World

>> Listen to this Article or Add to Podcast
Mercedes-Benz is launching a unique initiative at the NAIAS 2006 in Detroit. The Stuttgart-based manufacturer with the world's longest diesel tradition is unveiling two vehicles that pave the way for an all-new diesel vehicle generation: the E 320 BLUETEC and the Vision GL 320 BLUETEC. Mercedes-Benz has modified specific aspects of the economical, powerful and robust 320 CDI engine, adding state-of-the-art emission-control technology to make it the cleanest diesel in the world. Mercedes-Benz has thus transformed the diesel engine into a clean and future-compatible system. That system is called BLUETEC.

Offering its customers the very best has become something of a maxim at Mercedes‑Benz, not least when it comes to designing and constructing vehicles. This is especially true in the case of diesel, a drive technology which now accounts for more than 50 percent of the European market thanks mainly to the fact that it offers excellent economy, longevity and robustness without compromising on driving enjoyment. Economically state-of-the-art diesel vehicles from Mercedes-Benz are one answer to the unstoppable rise in fuel prices, including in the US. Now, the brand's innovative BLUETEC technology makes the already economical diesel alternative cleaner than ever before.

Mercedes-Benz was the first to implement Rudolf Diesel's combustion principle in a passenger car engine some 70 years ago. This technology is far more efficient than the gasoline engine and has been optimised over a period of many years. One innovation in particular – the common-rail direct injection system in conjunction with four valves per cylinder introduced in 1997 – has had a major impact on the development of the modern diesel engine. Since then, the abbreviation CDI has come to stand for unsurpassed fuel economy and a major boost in torque – which means it has better pulling power and is more fun to drive, meaning that diesel vehicles are often superior to similarly powered gasoline models.

If diesel models previously had any disadvantages compared to their gasoline counterparts, then these related to specific diesel emissions, especially particulate matter and nitrogen oxides. However, since the introduction of the maintenance-free particulate filter for its diesel passenger cars in autumn 2003, Mercedes-Benz has also brought about a substantial reduction in particulate matter. And although it has succeeded in cutting nitrogen oxide emissions by some 75 percent through engine modifications alone in the past 15 years, Mercedes-Benz wants to go even further still. The objectives are clear: innovative exhaust gas after-treatment methods give Mercedes‑Benz diesel engines the potential to comply with the world's most stringent emission standards and to be available in all 50 US states. In other words, Mercedes‑Benz will be able to offer the cleanest diesel in the world in every vehicle category. BLUETEC is the name for this new generation of high-tech diesel drives that will initially be launched in the US.

Today's Mercedes-Benz diesel engines also stand for agility, sportiness and reliability, as demonstrated before a world public last spring when three standard-specification E 320 CDI models broke a clutch of impressive records in Laredo (Texas). For one, a new average speed record of 224.823 km/h (139.699 mph) was set in a 30-day endurance test covering over 100,000 miles (160,934 km). These vehicles were also fitted with a sophisticated emission-control system, including a standard-specification maintenance-free particulate filter. This meant that they were easily able to undercut the currently applicable EU 4 emission limits – a feat confirmed in the tests conducted by the TÜV (German technical inspection authority) following the gruelling record-breaking drives.


The first BLUETEC vehicles available to customers in the US will be E 320 BLUETEC models, due for launch in autumn 2006. As well as delivering renowned economy, performance and reliability, these models comply with the world's most stringent emission standards.

Diesel has never been cleaner – thanks to BLUETEC

The world's most stringent nitrogen oxides limits – set by the US 50-state emissions standard – are just the type of challenge on which Mercedes-Benz thrives. The solution to this challenge is BLUETEC, a new generation of high-tech diesel systems which are the cleanest in the world in every vehicle category.

Mercedes-Benz is launching the BLUETEC initiative at the Detroit Motor Show. An E 320 BLUETEC model, which will be available in the US from autumn 2006, is to be unveiled before the public. In addition to the world premiere of the brand new Mercedes-Benz GL-Class – a full-size SUV – the company is also presenting the GL 320 BLUETEC, a further vision for the future of diesel engines. With this latest concept vehicle, the Stuttgart-based car manufacturer proves that it is possible to combine excellent fuel economy and minimal emissions in every vehicle category, including full-size SUVs. The Vision GL 320 BLUETEC has a V6 diesel engine developing 155 kW/211 hp and 540 Nm torque. With this performance the expected consumption is 9.4 l/100 km (25 mpg). It is the most economical full-size SUV in the US, offering a fuel saving of between 20 and 40 percent compared to gasoline engines with equal power rating. The E 320 BLUETEC has the same V6 diesel engine under the bonnet, with a fuel consumption of 6.7 l/100 km (35 mpg), also making it extremely economical.

Low-sulphur diesel fuel helps to reduce emissions

By the time the BLUETEC generation is launched in the US in autumn 2006, low-sulphur diesel with a maximum sulphur content of 15 ppm will be available, thus reducing the previous upper limit of 500 ppm by a factor of 33. The US Environmental Protection Agency (EPA) has therefore laid the foundations for establishing sophisticated, fuel-efficient diesel vehicles in the US. This will result in a dramatic and immediate reduction in the emissions of all diesel vehicles in the US, representing a major step towards cutting emission levels in general.

Sulphur, which occurs in mineral oil to varying degrees, has a corrosive effect in the engine as well as being a major cause of particulate matter. The introduction of a low-sulphur diesel fuel will enable the use of particulate filters and efficient nitrogen oxide aftertreatment.

BLUETEC – leading-edge drive system for the US

High torque and pulling power even at low engine speeds, impressive range and economic efficiency are decisive factors in the buying decisions of most motorists, including those in the US. Vehicles equipped with sophisticated diesel engines made by Mercedes-Benz are ideal for fulfilling these criteria, since they minimise fuel consumption while maximising torque, range and driving enjoyment. In addition, they are extremely robust. Accompanied by innovative BLUETEC technology, this powertrain has the potential to fulfil even the most stringent of emission requirements world-wide and specifically, in all 50 US states.

Furthermore, it is ideally suited to the vehicle genres that are popular in the US such as large luxury sedans, SUVs, minivans, trucks and pickups. In addition, diesel really comes into its own in the traffic conditions that prevail in the US; steady cruising speeds on highways and long city-to-city distances.

This is even more important in a global situation in which energy and crude oil costs are expected to rise over the longer term. Diesel engines consume between 20 and 40 percent less fuel than their gasoline counterparts. In Western Europe, where fuel prices are double what they are in the US, a large number of motorists have already made the switch. More than half of European customers now opt for diesel passenger cars. As fuel prices continue to rise in the US over the longer term, fuel economy will become a more important criterion when buying a new car. This is why analysts expect demand for clean diesel drive systems such as Mercedes-Benz BLUETEC to increase in the US, as in other countries. J.D. Power and Associates, a leading market research institute, forecasts that the market share for diesel passenger cars in the US, which currently stands at around 3.4 percent, will quadruple by the year 2015.

Mercedes-Benz is convinced that, once BLUETEC technology has established itself, this forecast will appear conservative rather than optimistic.

Customers who opt for diesel models are especially appreciative of their excellent fuel consumption figures in real day-to-day driving conditions, which are very close to and sometimes even better than the officially quoted fuel consumption figures. One example of this was seen in a long-distance coast-to-coast fuel consumption test involving a Mercedes-Benz ML 320 CDI, carried out in the US by a German car magazine. On the route from New York to San Francisco, the all-wheel drive SUV consumed an average of just 9.2 liters per 100 km (equivalent to 25.6 mpg).

The latest example of outstanding economy was seen in a test drive involving a Mercedes-Benz S-Class featuring the new 320 CDI engine on a stretch of the famous Route 66 between Chicago and Los Angeles. In this test, conducted by two freelance journalists over a distance of 3563 km (2214 miles), the average fuel consumption came in at 6.5 liters per 100 km (36.2 mpg).

Diesel vehicles reduce dependence on oil imports

BLUETEC is not just the cleanest diesel technology in the world. It also ensures low fuel consumption in real terms, helping customers to make tangible fuel savings and, therefore, reducing the economy's dependence on oil imports. In the US, where there are concerns about ensuring fuel supplies over the longer term, this technology is set to play a key role, especially when one considers the fuel consumption advantages for the extremely popular SUVs and pickups (light trucks) which, as it stands, are predominantly powered by large-displacement V8 gasoline engines.

Margo Oge, Head of the Office of Transportation and Air Quality at the US Environmental Protection Agency (EPA) presented the following figures back in March 2004: "If we had a light duty vehicle population that was one third diesels, that could save up to 1.4 million barrels of oil per day in the US, the amount of oil the US currently imports from Saudi Arabia. If we made these vehicles diesel hybrids, the oil savings would about double or up to 2 times the amount of oil Saudi Arabia ships to the US every day."

BLUETEC – the emission-control technology from Mercedes-Benz

The Mercedes-Benz development engineers have been advancing emission-control solutions for a number of years, one of the main aims being to ensure compliance with future emission standards in the US, Europe and Asia. One focus of these activities is devising effective and economical methods for reducing nitrogen oxides ("denoxing"). This technology for the cleanest diesel in the world is called BLUETEC. In order to bring together all these technologies within a single, appropriate package, Mercedes-Benz is following a graduated plan that includes the following phases:
  • Optimisation of the engines and their combustion processes to minimise untreated emissions. This includes electronic engine management, four valves per cylinder, third-generation common-rail direct injection with piezoelectric injectors, a turbocharger with variable nozzle turbine and exhaust gas recirculation.
  • Oxidizing catalytic converters to minimise emissions of carbon monoxide (CO) and unburned hydrocarbons (HC).
  • The particulate filter, fitted as standard in all Mercedes-Benz diesel cars in many countries since summer 2005, reduces particulate emissions by as much as 98 percent, thus easily undercutting even the current EU 4 particulate limits (0.025 g/km). This technology also ensures compliance with the US limits currently in force.
  • Nitrogen oxides – whose concentration is higher than in the exhaust gases of gasoline engines due to the specific combustion process in diesel engines – are reduced to such an extent that even the world's most stringent exhaust gas limits can be complied with. Here the so-called BLUETEC technology is utilised. This reduction is achieved either with an advanced DeNOx storage catalytic converter, available in the E 320 BLUETEC from autumn 2006, or with the more complex but even more effective AdBlue injection. This, combined with Selective Catalytic Reduction (SCR) creates the most effective method of exhaust gas aftertreatment currently available. This enables nitrogen oxides levels to be reduced by up to 80 percent. The Mercedes‑Benz engineers will be showcasing the combination with AdBlue injection in the Vision GL 320 BLUETEC at the Detroit show and are developing the process for use as a standard system in passenger cars.
The SCR process is based on the injection of the reducing agent AdBlue into the exhaust gas stream. AdBlue is an aqueous urea solution that is carried in a separate tank. Since an average of around 0.1 litres per 100 km (1 to 3 percent of diesel consumption) is all that is required, the tank can be designed so that it only needs to be refilled when service staff are carrying out regular, scheduled maintenance. When AdBlue is injected into the pre-cleaned exhaust gas, ammonia (NH3) is released, causing the nitrogen oxides to be converted into harmless nitrogen (and water) in a downstream catalytic converter. The decisive factor in ensuring that the catalytic converter works extremely efficiently is precise metering in line with the current engine operating state. Choosing which technological solution to use depends both on the vehicle concept concerned and on the required "denoxing" rate.

BLUETEC already a success in commercial vehicles

However, BlueTec technology is not altogether new as, in Europe, it has already been employed extremely effectively in Mercedes-Benz commercial vehicles with a GVW above six tonnes. This technology has proved a resounding success in more than 10,000 vehicles such as the Actros, Axor and Atego trucks. In this case, BLUETEC reduces the nitrogen oxides levels considerably, meaning that these vehicles already comply with the emission standards due to come into force for trucks from 2009. In Europe the AdBlue supply network already comprises some 1,500 filling points.

Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | | |


First Fuel Cell Stack Developed by PSA and CEA

>> Listen to this Article or Add to Podcast
Jean-Martin Folz, CEO of PSA Peugeot Citroën and Alain Bugat, Chairman of the CEA (Commissariat à l’Energie Atomique , The French Atomic Energy Commission) unveiled the GENEPAC* fuel cell stack today at an event attended by Gilles de Robien, French Minister of National Education, Higher Education and Research. Developed jointly by PSA Peugeot Citroën and the CEA, the new stack delivers world-class performance and power density. The partners’ goal was to design and build a compact, modular, efficient fuel cell stack with a rating of up to 80 kW (107 Bhp) and compatible with the technical automotive constraints.

To explore this promising technology, PSA Peugeot Citroën has built its own research facilities at its Research Centre in Carrières-sous- Poissy, France. Inaugurated today, the new unit is dedicated to fuel cells, their integration into vehicles, and their related technologies. Due to the high development cost of this technology, the Group is committed to the long-term, gradual integration of fuel cell technology into cars, with an initial focus on urban delivery vehicle fleets. In line with this commitment, PSA Peugeot Citroën is developing an innovative electric vehicle concept equipped with a range extender consisting of a hydrogen-powered fuel cell.

To design, develop and produce the GENEPAC fuel cell stack, the CEA used specifications prepared by PSA Peugeot Citroën and leveraged close to ten years’ experience in the field. As the only French research organisation working on the entire hydrogen chain - from production and storage to regulations and transportation applications - the CEA conducts research into the mechanisms that affect performance, ageing and deterioration of fuel cells in order to develop innovative technologies, further demonstrating its strong commitment to new energy technologies.

Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | |


Another World 1st Safety Innovation From Volvo

>> Listen to this Article or Add to Podcast
Volvo has released details of another safety innovation – Driver Alert – which aims to reduce the number of accidents caused by drivers falling asleep at the wheel.

Statistics show that driver fatigue is a major road safety problem across the world. For example, studies by the Sleep Research Centre at Loughborough University¹ show that driver sleepiness is considered to claim more lives on our roads than alcohol, and accounts for at least 10 per cent of all road accidents and up to 20 per cent of those on motorways and trunk roads. Similarly, on German motorways driver fatigue is thought to account for about 25 per cent of all fatal accidents², and about 100,000 accidents or 1,500 deaths a year in America³.

Volvo's safety engineers have developed the Driver Alert system after extensive studies and testing, both simulated and on a test track, into the way drivers react when tired. The system uses a camera installed between the windscreen and the rear view mirror, with a number of sensors and a processor, to constantly monitor the distance between the car and the road markings. If the vehicle is moving in an uncontrolled way, the system will alert the driver with an audible alert and message on the car's information display panel before he, or she, falls asleep. The Driver Alert system also works if the driver loses concentration for some other reason, such as focusing too much attention on the navigation system, audio system or children in the car.

“We have chosen to monitor the car’s progress on the road instead of steering wheel input or the driver’s eye movements,” explains Dr Wolfgang Birk, Driver Alert project manager at Volvo Car Corporation. “This gives us a more reliable indication if something is likely to go wrong, allowing the system time to alert the driver before it is too late. We do not monitor human behaviour – which varies from one person to another – but instead the effect of that behaviour – so there is less risk of false alarms.”

In addition, the Driver Alert system also uses a visual method to pre-warn the driver if they are getting tired and if their driving is becoming less controlled by displaying five illuminated stars at the start of the journey which slowly disappear if the driving becomes less controlled or consistent.

“Driver Alert should not be confused with Lane Departure Warning systems which alert the driver when a lane marker is passed,” says Dr Wolfgang Birk. "One crucial difference between the systems is that Driver Alert responds without any line having to be crossed," he continued.

“During our tests on simulators and in real-life, the Driver Alert system never failed to spot a driver who was falling asleep at the wheel,” says Dr Wolfgang Birk. “Nonetheless, we will continue to test and fine-tune the system before Driver Alert is offered to Volvo’s customers, but we hope it will be available within two years.”

Research Material:
  1. An 'Arrive Alive' information sheet with advice for sleepy drivers is available from the Sleep Research Centre at Loughborough University: http://www.lboro.ac.uk/departments/hu/groups/sleep/index.htm
  2. The German Insurance Association – GDV (Gesamtverband der Deutschen Versicherungswirtschaft e.v.) – estimates that about 25 per cent of all fatal accidents on German motorways are caused by tiredness.
  3. According to the American NHTSA (National Highway Traffic Safety Administration), about 100,000 accidents are caused every year on American highways by drivers who fall asleep at the wheel. About 1,500 result in fatalities and a massive 71,000 lead to physical injuries.
Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | |


Bugatti Veyron Headlines List of Transmission Technologies

>> Listen to this Article or Add to Podcast
The 7-speed Dual Clutch Transmission (DCT) system developed for the Bugatti Veyron super sportscar will be shown for the first time by Ricardo at the 4th International CTI-Symposium held in Berlin on 5-8 December 2005

Delegates at this prestigious international event, which highlights some of the world’s most innovative automotive transmission technologies, will have a one-off opportunity to see this advanced DCT unit on which Ricardo has collaborated with Bugatti Engineering GmbH in both its development and manufacture. Under the highly confidential arrangements surrounding the technical collaboration between the two companies, this is the only public gathering at which Ricardo will show the specially produced display exhibit.

In addition to the Veyron’s DCT transmission, a range of further technologies will be featured by Ricardo at the symposium’s parallel exhibition, including:
  • A new version of the Ricardo’s highly successful Torque VectoringTM concept that uses conventional actuation technology in conjunction with the company’s patented gear arrangement to achieve unparalleled packaging advantages
  • The Ricardo shift actuation concept, successfully deployed in the Chrysler ME412 sportscar, which will be demonstrated in the form of an actuator test rig showing Ricardo’s patented shift rail selection & actuation system
  • New transmission CAE simulation technologies; Ricardo experts will be demonstrating the Ricardo Transmission Library soon to be available in the Modelica object-oriented modelling language for use in Dymola dynamic simulation environment, an ideal solution for development of plant models for all automated transmission systems
In addition to the exhibition displays, Ricardo will co-present a paper with Bugatti Engineering GmbH entitled "The 7-speed DSG Transmission and Active Driveline for the Bugatti Veyron - Design, development and Control System". This technical paper will be presented at the symposium session on the afternoon of Tuesday 6th December.

Multimedia:





Web Sites:
Bugatti Automobiles S.A.S
Ricardo

Images:
(Please note; All images are copyright © Jonathan Fry 2006 and Bugatti Engineering GmbH 2006. All rights reserved)


Research Material:
With technical centres in the UK, USA, Germany and the Czech Republic, Ricardo is a leading independent technology provider and strategic consultant to the world’s automotive industries. The company’s engineering expertise ranges from vehicle systems integration, controls, electronics and software development, to the latest driveline and transmission systems and gasoline, diesel, hybrid and fuel cell powertrain technologies. Its customers include the world’s major vehicle, engine and transmission manufacturers, tier 1 suppliers and leading motorsport teams. Ricardo is committed to excellence and industry leadership in people, technology and knowledge; approximately 70 per cent of its employees are highly qualified multi-disciplined professional engineers and technicians. A public company, Ricardo plc posted sales of £159.9 million in fiscal year 2005 and is a constituent of the FTSE techMark 100 index – a group of innovative technology companies listed on the London Stock Exchange.

Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | |


Monday, January 09, 2006

Driving in Extreme Weather Conditions

>> Listen to this Article or Add to Podcast
You've got a spade, a blanket, a pair of wellies, a torch and a flask of hot drink ­ and you're ready for anything Mother Nature can throw at you.

Except, of course, extreme weather conditions.

Here are three things that all drivers need to know about driving in icy and snowy weather.

1. Your most important asset is good visibility. Not only do clean windows make sense, but it is actually illegal to drive without good all-round visibility. Scrape off all ice and snow (never use hot water!), make sure all the mirrors are clear and the defroster has cleared the insides of the windows.

2. Driving on snow is dangerous, but at least you know it's there. Driving on ice is even more dangerous, not just because it can be more slippery, but mainly because you often can't see it. And the thicker it is, the harder it is to see.

Black ice forms when running water or standing water freezes on the road.

And it doesn't automatically disappear when the sun comes out ­ it lingers in the shadows. Expect to find it on corners, bends and roundabouts that haven't been warmed by the sun and it won't take you by surprise when you do come across it.

3. Some people think that wearing sunglasses when you're driving in snow looks ridiculous. But it makes absolute sense. Low winter sunshine reflecting off snow can be blinding, so keep a pair of anti-glare glasses in the car.

Colin O'Connell is Chief Examiner for DIAmond Advanced Motorists and DIAmond Advanced Motorcyclists. He has been involved in road safety and advanced driving techniques for more than 40 years.

"Being able to anticipate black ice could save your life," says Colin. "Of all the things you need to know about driving in ice or snow, this is the most important."

Research Material:
DIAmond Advanced Motorists is a member of the Safety House group of organisations, which includes the DIA, the largest professional association for driver trainers in the UK, the IVV (International Association for Driver Education), IRSTE (Institute of Road Safety Training Executives), DERF (Driver Education Research Foundation), The Driving Instructor Accident and Disability Fund, SAFEX (world road safety conferences), DRIVEX ride and drive, and the publications Driving Instructor and Driving Magazine.

Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | |


Environmental Lobby Ignoring the Bigger Picture on CO2 Emissions

>> Listen to this Article or Add to Podcast
SMMT has reacted with concern over a Friends of the Earth statement, calling for massive increases in tax on 4x4 vehicles, whilst seemingly refusing to participate in the nuclear debate.

Friends of the Earth, and fellow lobbyists Greenpeace, have made their anti-nuclear position clear before a full and informed debate on the nuclear option. Yet a statement released by Friends of the Earth has urged Chancellor Gordon Brown to take more action to reduce the threat of climate change.

Nuclear power has the potential to reduce CO2 emissions significantly from the largest source of man-made carbon dioxide – the energy industries. At the moment, this accounts for around 38 per cent of total output, compared to 22 per cent for road transport.

SMMT chief executive Christopher Macgowan commented, 'Nuclear power may or may not be the way forward in terms of energy policy. However, to adopt a "no thanks" policy with its echoes from the cold war era, while berating drivers of 4x4 and SUV vehicles, is quite wrong. A full and informed debate on all efforts to cut CO2 across all industries would best serve the environment in the medium and long term.'

According to the BBC, Friends of the Earth and Green Party members are today targeting 4x4 drivers in Norwich, handing out 'parking tickets' in a protest over air quality.

Yet, once again, protestors are ignoring the facts. As well as average CO2 reductions of around 15 per cent in six years, a modern 4x4 diesel emits just seven per cent of the particulate emissions of a 15 year old saloon. Similarly on air quality NOx emissions, standards for the latest Euro 4 petrol 4x4s are six times as tight as those for a Euro 2 saloon, some of which are as little as five years old.

Will Friends of the Earth and Green Party members be ticketing drivers of older, more polluting saloons, estates and small cars?

Related Articles:
Keywords:
| | | | | | | | | | | | | | | | | | | | | | | | |


Former MG Rover Bidder Secures €1 Billion Funding

>> Listen to this Article or Add to Podcast
A former bidder for MG Rover Group Limited, has approached the failed car manufacturer’s new owners Nanjing Automotive, with proposals to discuss opportunities for future co-operation.

The approach has been made by Professor Krish Bhaskar, who formerly led the unsuccessful ‘Triple A’ bid for MG Rover, following the Longbridge company’s collapse into administration earlier this year. Professor Bhaskar has the support of American Arabian Investment & Development Holdings, Inc (AMAR). The investment trust, with offices in the United States, Egypt and Germany, has earmarked funds of up to 1 billion Euros to finance the project.

Professor Bhaskar says,: “I have approached Nanjing Automotive with a view to exploring opportunities to redevelop sustainable car production at the Longbridge site.”

“Nanjing and their UK partners have already stated that should car production resume at Longbridge, it will be on a significantly smaller scale than before. It makes sense to examine the feasibility of acquiring assets at Longbridge which do not form part of Nanjing’s plans for the site, and possibly the sharing of core production facilities. In the event that car production will not prove possible at Longbridge, then we would be prepared to consider an either an existing facility or a new ‘greenfield’ site in the West Midlands.”

Professor Bhaskar is a veteran of the British motor industry. Educated at the London School of Economics, where he subsequently taught, Professor Bhaskar was later appointed to a founding Chair at the University of East Anglia where he founded the Motor Industry Research Unit and later the 1Automotive / MIRU group of companies.

Professor Bhaskar’s professional interest in the motor industry started with a research grant given by the Joseph Rowntree Social Trust to study what to do with the then stalled British Leyland. He produced an alternative to the famous Ryder Report and was one of the architects of British Leyland’s strategy of developing links with Honda. Professor Bhaskar was a prime mover behind the sale of Jaguar and led an almost successful bid for the company together with Christopher McCann.

In 1994 Professor Bhaskar moved to Nice in Southern France, and is currently CEO of MIRU and 1Automotive – a global leader in the supply of motor industry research information and forecasting to leading motor manufacturers and blue chip customers worldwide.

He has also been extremely active in mergers and takeovers within the automotive industry. These include ventures ranging in the United States, United Kingdom, mainland Europe and Asia, having played an instrumental role in the completion of 17 deals within the international automotive sector.

However despite, or perhaps because of Professor Bhaskar’s international outlook, he remains firmly committed to the UK’s motor industry.

Professor Bhaskar says,: “The UK is indisputably a great place to design, engineer and manufacturer cars as Nanjing will soon find out. The Longbridge workforce in particular has proven itself especially flexible and adaptable. Problems that have occurred are largely due to the uncertainties that surrounded the business and poor management.”

“Halewood in Merseyside is an excellent example of a ‘turnaround’ plant. Previously the plant had a chequered history, producing Escorts. But over recent years it has been transformed into a world class plant in terms of quality, producing Jaguars. Soon the Land Rover Freelander will be added to the X-Type. I believe the same can apply to Longbridge and in particular the workforce and the engineering expertise”

“When combined with the necessary finance and a credible management team, the Longbridge workforce’s inherent flexibility and adaptability creates a unique opportunity to build a truly world class car manufacturer in the UK. Through combining AMAR’s financial support with MIRU’s proven track record in distribution, marketing, productivity, plant location and design, I am confident we can do just that, complementing Nanjing and their UK partner’s plans for the Longbridge site.”

Since the acquisition of the Longbridge manufacturer by Nanjing, Professor Bhaskar has also taken a leading role in a number of other ventures.

Professor Bhaskar has also launched a number of ‘green’ and low carbon R & D projects with Graham Farmer, under the name ‘New Triumph’ banner. These projects with ambitious fuel economy and emissions targets, have been launched with the aid of a number of well known UK based automotive suppliers and research institutes. Together Professor Bhaskar and Graham Farmer are planning to submit applications to the Energy Savings Trust’s Low Carbon R & D Programme.

Professor Bhaskar has also been associated with plans to relaunch a spiritual successor to Austin Healey and other venerable marques, from the heyday of the British motor industry. Whilst remaining tight lipped on any involvement in such a project, Professor Bhaskar expresses amazement at recent newspaper reports that GB Sports Cars (GBSC) has acquired the right to use the Austin Healey name.

“I was amazed to read that sources close to GBSC are claiming the company has secured the rights to use the Austin Healey brand. I obviously cannot comment on what exactly GBSC has or has not bought, but I am certain it has not the right to use the Healey brand name in any shape or form. The right to use the name on any production vehicle belongs to a third party and the Healey family who I believe are unrelated to GBSC or its financial backers. However, I do wish Frazer Welford-Winton and the GBSC team every success in their future endeavours and will be watching their progress with interest.”