Vauxhall VXR8, 2007

Vauxhall VXR8, 2007

Motoring enthusiasts across Britain mourned the passing of the Monaro. The only Australian-built car to be sold in the UK offered raw and exciting performance thanks to its 6.0-litre V8 and rear-wheel drive set up.

But the thunder from down under hasn't stopped yet - in fact it's only going to get louder. Vauxhall has announced the arrival of a new Aussie musclecar - the VXR8 - and it's more powerful and exciting than even the legendary Monaro.

The dramatic-looking new saloon is powered by the same 6.0-litre V8 as the outgoing Monaro VXR, but revisions to the engine have made it even more efficient. It now develops a massive 420PS and 550Nm of torque, giving it enough grunt to sprint from 0-60mph in just 4.9 seconds. No other supercar offers this sort of power for anywhere near the VXR8's price.

Yet the VXR8, based on Australia's Holden HSV Clubsport R8, offers more in the way of practicality than the outgoing Monaro, with four doors and space for all the family.

Though practical, with a spacious boot, comfortable, long-legged cruising ability and luxuries such as climate control and leather trim, the VXR8 is certainly no softie. Driver aids such as the stability system and traction control can be turned off at the flick of a switch - perfect for drivers who want to hone their skills on a track day!

VXR8 goes as well as it stops, too, with powerful 365mm front disc brakes that slow the car down from 60mph to a standstill faster than a Lamborghini Murcielago or BMW M5.

In response to customer demand, the VXR8 will also be the first VXR model to be offered with an automatic gearbox. In order to maintain the control which VXR buyers require, the optional £1,400 self-shifter has a manual override and a sport setting which ensure the performance isn't blunted - in fact the auto is only half a second slower to 60mph than the manual!

Satellite navigation and 20-inch wheels will be offered as options for those who want to make their VXR8 look more distinctive and help find their way to the best driving roads. Even with all the option boxes ticked however, the VXR8 is still around half the price of other cars with comparable performance.

Vauxhall Corsa 5-door, 2007

Vauxhall Corsa 5-door, 2007

Vauxhall Corsa 5-door, 2007

The new version of the Gamma platform has been codeveloped by Fiat and Opel. It will be used by the 2006 Fiat Grande Punto (a stretched version of the Fiat Punto), 2007 Opel Corsa and future versions of Lancia Ypsilon and Fiat Idea. GM Daewoo will take responsibility for future development of the Gamma platform, so the production of the future Corsa might be outsourced to South Korea as well.
The first official pictures of the 2007 Corsa were released by Opel in May 2006. Based on the photos of the Corsa, it is very likely that the 3-door and 5-door versions will remain. This car will also be sold as a Vauxhall in the UK.

Vauxhall Corsa 3-door, 2007

Vauxhall Corsa 3-door, 2007

A new version of the Gamma platform has been codeveloped by Fiat and Opel. It will be used by the 2006 Fiat Grande Punto (a stretched version of the Fiat Punto), 2007 Opel Corsa and future versions of Lancia Ypsilon and Fiat Idea.
GM Daewoo will take responsibility for future development of the Gamma platform, so the production of the future Corsa might be outsourced to South Korea as well. The first official pictures of the 2007 Corsa were released by Opel in May 2006. Based on the photos of the Corsa, it is very likely that the 3-door and 5-door versions will remain.
This car will also be sold as a Vauxhall in the UK.

Vauxhall Antara, 2007

Vauxhall Antara, 2007

The Opel Antara is a mid-size crossover SUV, which is based on General Motors' Theta platform. It is closely related to the Chevrolet Captiva (made in Korea by GM Daewoo, also sold as the Daewoo Winstorm), and shares the engine lineup with it, but has a different exterior and interior, as well as different exterior dimensions. The Antara is scheduled to be launched towards the end of 2006. In the UK, the model will be sold as Vauxhall Antara.

Engines
* 2.0 L turbodiesel I4, 150 hp (112 kW) (developed with VM Motori) - 5-speed manual
* 2.4 L Ecotec I4, 142 hp (106 kW) (from Holden) - 5-speed manual
* 3.2 L Alloytec V6, 225 hp (168 kW) (from Holden) - ActiveSelect automatic

Suzuki Kizashi Concept, 2007

Suzuki Kizashi Concept, 2007

The Suzuki Kizashi Concept gives a glimpse of the direction Suzuki will be taking in the third phase of their world strategy.

Though Suzuki is known for excellence in compact cars and full-fledged four-wheel-drive sport utility vehicles, we're now getting ready to expand into full-size passenger cars, and the Suzuki Kizashi Concept highlights this exciting new initiative. In the Suzuki Kizashi Concept, strength and flexibility are combined in a way that makes the car an impressive status symbol for its owner; a car that never fails to stir the spirit.

Toyota FT-HS Concept, 2007

Toyota FT-HS Concept, 2007

The Toyota FT-HS hybrid sports concept.

The FT-HS incorporates hybrid capability while maintaining sports car essentials, such as a sleek profile, lightweight aero-dynamic materials, and an advanced high-output powertrain for revolutionary acceleration and optimal performance. This 21st century sports car is fun-to-drive with eco-friendly benefits such as ultra-low emissions and fuel efficiency. The FT-HS appeals to an emerging buyer who grew up eco-conscious and perceives technology as a necessity, not a luxury.

This two-plus-two concept is a front-engine, rear-drive sports car with a projected zero-to-60 acceleration in the four-second range. A powerful V6, 3.5L-engine is coupled with a 21st century sports hybrid system with a target power output of approximately 400-horsepower. At a mid-priced market position, FT-HS would be a true "attainable exotic" with 21st Century performance.

FT-HS expresses the core values of a Toyota Brand design strategy that combines two key elements: J-Factor and Vibrant Clarity. J-Factor refers to the local and global acceptance of Japanese-inspired design and cultural sensibilities.

The exterior design was led by Calty designer, Alex Shen. From a design perspective, the theme of the FT-HS achieves sleek, taut surfaces in its exterior features - especially in the doors and body style. The front and rear have been sculpted to remove mass around key functional components. Freeform geometrics define the integration of fluid surfaces contrasting hard-edge "Aero-Corners" which promote smooth airflow and reduce turbulence.

The roof has a distinctive scooped-out section designed to reduce aerodynamic drag and provide head room at the key areas. Made from carbon fiber Kevlar, the roof retracts so that the roof panel and back window pivot fluidly in a downward motion to stow in the rear seat space.

The vehicle's triangular profile has a floating "C" pillar, aero corners, a full upper-body pan, and innovative open top. A hood features a scalloped channel, exposing the hybrid engine. Integrated component architecture can be seen in the aerospace-inspired lighting. The tail lamp unit spans the entire rear, and has an integrated retractable spoiler. Light-emitting diode (LED) clusters are located in the headlamps and the wing for energy-efficiency and decreased heat loss. Other exterior features include a speed-activated wing that elevates at high speed for additional stability and traction. The rear showcases a carbon fiber lower diffuser with integrated wide exhaust and carbon fiber wheels.


The driver-oriented interior was created by Calty designer, William Chergosky and exudes sleekness, technology, and performance. The lean skeletal look is achieved with exposed cross-car architecture and high-tech materials such as carbon fiber, and titanium. FT-HS' interior features create a dedicated driver's cockpit which include subtractive mass expressions such as cross-car instrument panel structure and delta wing driver pod.

By eliminating the "B" pillar and creating a suspended "C" pillar, the minimalist style works in conjunction with subtractive mass. An integrated instrument panel surrounds the driver, creating an enclosed pod effect. Armrests flow seamlessly into the door and surrounding interior.

Seating is optimized for a lightweight appearance and function: the seating accommodates four and then coverts to a two-seater when the roof retracts. The passenger-seat area is open with a simple exposed airbag on the cross-car beam.

A telescoping hub-less steering wheel incorporates semi-automatic paddle shifters and allows the meter to be shifted forward in order to shorten the driver's focus-time between the road and meter, and ultimately enhance driver focus.

Toyota FT-HS Concept Vehicle Preliminary Specifications Drivetrain
3.5 Liter V6 hybrid electric
DIMENSIONS (inches)
* Overall Length: 170.27
* Overall Width: 73.23
* Overall Height: 50.79
* Wheelbase: 104.33
Wheels: Carbon Fiber
Tire Sizes: Front 245/35R21 Rear 285/30R21

Venturi Astrolab, 2007

Venturi Astrolab, 2007

Astrolab (latin astro = star, labe = to take) Takes energy from the sun, in order to move.

Electro-Solar Hybrid
With 3.6 sqm of photovoltaic cells giving an exceptional yield of 21%, and covered by a film composed of prisms enabling denser concentration of solar energy, Venturi Astrolab is the first high-performance solar vehicle to be commercialized in the world.

Capable of working with very little energy (16 kWc engine) and of recharging even when in motion, this vehicle of another era does not need to be permanently exposed to the sun in order to move. Its last-generation NiMH Venturi NIV-7 batteries - liquid cooled - in fact enable it to restitute stored energy, whether solar or from the electricity supply, making it the first electro-solar hybrid vehicle.

CONSUMPTION = 0, EMISSIONS = 0
This is very first vehicle that consumes no fossile resources in order to work the emissions of CO2 required for its construction will even be compensated for by evironmental actions.

A parallel can be drawn between Venturi Astrolab and a sailboat both advance silently while making best use of the elements provided by Nature. And the piloting of both makes for sensations unlike any other.
To attain this level of performance while using very little energy, Venturi Astrolab has been designed like a Formula 1 its carbon monocoque chassis is ultra-light and serves as an oversized protection cell ensuring the safety of its occupants in the event of a collision. Its profile recalls the aqua-dynamic design of great racing yachts.


A New Era in Terms of Design
Venturi Astrolab also opens up a new era as regards automobile architecture light and highprofiled, it offers the rays of the sun 3.6 sqm of today's most sophisticated photovoltaic cells (for an overall vehicle length under 4 m).

Its designer Sacha Lakic describes Venturi Astrolab as a flying wing set on four wheels.
Optimised to incoporate its solar cells, the Venturi Astrolab's design takes into account the effect of passengers' weight on the vehicle's dynamic behaviour. Very light when empty, the tandem architecture makes for perfect balance, whether the vehicle is occupied by one person or two.

With Astrolab, Venturi has given priority to the solar solution as its energy conversion technology all of its developments allow us to hope for even higher yields in the years to come. Within a 30-year perspective, Venturi is the only automobile manufacturer capable of presenting such a solution while ensuring new driving sensations and an essential aspect of automobiles the dream.

AERO TT SSC Ultimate, 2007

SSC ULTIMATE AERO TT, 2007

D you want to drive fast? really seriously fast? you’re spoilt for choice at present – at least in terms of the machinery available, if not the roads to do it on... There’s the 253mph Bugatti Veyron, the 250+mph Koenigsegg CCXR and the Bristol Fighter T with a claimed top speed potential of 270mph, but which will be restricted to 225mph.
There’s also the Hennessey Venom Viper with a claimed top speed of 255mph.

The world’s most powerful production car, ever.
Boasting a truly gargantuan 1,183bhp, the small, little-known Washington State-based company claims a top speed capability of 273mph. In tests earlier this year on a closed section of Nevada highway the SSC managed 230mph in the two miles available, but had the originally intended 12 mile site not been hit by snow, then the Veyron could well have been humbled.

With strikingly rich paint, its all carbon composite bodywork looks like something from the mid 1990s.
There are echoes of Zonda at the front and Diablo at the sides, while at the rear function has priority over form.
There are noticeable variances in some panel gaps, but the giant alloys and big discs (more later) certainly look the part.

Despite the Aero TT’s massive torque, moving away sedately from a standstill requires a delicate balance of clutch and throttle.
It’s eager either to launch like a dragster, or stall. Despite SSC’s brochure claiming the TT’s rack and pinion steering is assisted.

On the road the SSC grips tenaciously. Its nose goes precisely where you point it, when you point it, and the steel tube chassis feels suitably rigid and well-balanced. I can only guess how the car might behave when pushed hard on a track, but with so much power, rear wheel drive and no electronic traction aides, considerable expertise, and prudence, would obviously be required.

Straight-ahead visibility is good, but the massive A-pillars can be a hindrance. Rear vision is effectively zero, save for the door mirrors and rear-facing camera with pop-out screen in the radio/stereo/satnav unit.
The adjustable suspension was set somewhere between firm and rock hard and so the ride was correspondingly unforgiving.
Driving one or more of those super-wide Michelins over cats-eyes sent loud staccato bangs and solid thumps directly into the cabin. At legal speeds the exhaust is quiet enough to allow conversation, but lifting off the throttle causes an almighty cacophony from the twin-turbo wastegates.
There’s the car’s throttle response, which is like nothing I’ve experienced before.
With just the slightest pressure on the pedal the car accelerates briskly.
With just a tiny bit more it surges forward with near-terrifying urgency.

Though the TT can deliver salt flat-shrinking speed, the brakes on this particular car are something of a mystery.
The brochure states that eight-piston calipers should be fitted at the front, but this one had four-piston units.
Pedal pressure required even from moderate speeds was inordinately high, with almost no feel or power.

And since when did all-American muscle have to dress up like posh European aristocracy? Some loud paint, serious wheels and an even louder V8 is all it really needs, and that’s what it’s got, in unprecedented abundance.

Specification:
* Engine - mid-mounted, all-alloy 16-valve V8 twin turbo
* Displacement - 6,348 cc (387.2 cu in)
* Power - 1,183 bhp (1,199 PS) @ 6,950 rpm (7,200 rpm redline)
* Torque - 1,094 lb/ft (1,484 Nm) @ 6,150 rpm
* Transmission - 6-speed manual, rear wheel drive
* 0-60 mph - 2.78 secs
* Standing 1/4 mile - 9.9 secs @ 144mph
* 60-0mph - 31.4 metres (103 ft)
* Top speed - 273 mph
* Chassis - steel tube space frame
* Body - carbon fibre composite, flat undertray with venturi tunnels
* Cd - 0.357
* Brakes - 14 inch vented, cross-drilled discs, 8-piston* calipers (front), 6-piston* (rear), (*see text)
* Suspension - double wishbone (front); upper rocker arm, lower wishbone (rear), remote reservoir, adjustable Penske dampers, coil-over springs, anti-roll bar
* Wheels - forged, 3-piece alloy, 19 x 9.5” (front), 20 x 13” (rear)
* Tyres - Michelin Pilot Sport PS2, 235/35 19 (front), 335/30 20 (rear)
* Price - $550,000 ex factory, approx £335,000 on the road in UK

Ascari A10, 2007

Ascari A10, 2007

The British Supercar manufacturer, Ascari has produced the answer to the Ferrari Enzo FXX.

Whereas the Enzo FXX is not road legal, it was produced to be driven during track days only, the A10 is road legal so can be driven home and parked on your drive.

Designed, engineered and hand built in Banbury, England the A10 has 625bhp and weighs in at around 1200kg, thanks to its lightweight carbon fibre bodywork. Reaching 60mph in just 2.8 seconds and 100mph in less than 6 seconds, the manufacturer claims the A10 is the fastest road going production car around a race track.

The A10 is more than just a revamped KZ1, which has found success in its first year of competing in the GT3 in 2006. It has new body panels, a reworked engine and suspension, with extensive brake modifications to cope with the extra power. Some luxuries such as remote central locking, electric windows and door mirrors, climate control and a Thatcham Category 1 alarm system.

Buick Riviera Concept Coupe, 2007

Buick Riviera Concept Coupe, 2007

The Riviera has been engineered to accommodate a new hybrid system.

The fuel-efficient car, which will feature several technological and manufacturing advances.

Exterior Design - A Sense Of Existence, Not Anonymity
The Riviera design is structured around the Buick tri-shield logo, sitting proudly on a trihedral waterfall grille. This takes the traditional Buick treatment to a new level of sophisticated boldness.

The gullwing doors, selected for their exotic appeal, achieve an expansive entrance to the two-plus-two seating configuration. Measuring 1938 millimeters at their widest point, they add to the coupe's sleek sideline. At night, fully opened doors gently shine the "Buick" name on the ground.

The use of carbon fiber in all body panels allowed the designers greater flexibility through reduced mass and added strength. This made the gullwing engineering demands easier to realize and sharp, tight radius curves possible across the body surface.

Interior Design : All About Relaxation
In a word - sanctuary. The use of rich blue and subtle creams, representing earth and water themes, are conveyed through high-quality leather bucket seats, plush carpet and a luxurious padded steering wheel. Completing the organic feel, the roof comprises two shaded glass windows offering increased headroom and a celestial connection for occupants.

The interior has no discernable start and finish point for the front and sides, creating a comfortable lounge feel. It is immediately futuristic yet somehow familiar.
The three-dimensional speedometer, inspired by past classics but utterly modern in design, compliments the touchpad styled central console loosely modeled on a computer mouse. An LCD display screen crowns the central console.

Interior designers were encouraged to consider people's personal belongings to enhance their feeling of familiarity and comfort in the vehicle. Continuing the theme of calm simplicity, electronic shifter pads replace the traditional transmission shifter. Controls are kept to a minimum to avoid driver distraction.
Ambient light strips are applied from across the console and inserted on the door liner, stretching to the front seats. Deliberately imitating precious Chinese jade stone, the lights are tinted a subtle icy green, which also offers tribute to a favored color of Buicks in days gone by.

Interior trim treatments befitting the Buick prestige abound - miniature aluminum tri-shields in the front seat headrests, a wooden floor mat in the rear and a rear central armrest which can move sideways left and right to accommodate passengers of different sizes.

EDAG LUV Concept, 2007

EDAG LUV Concept, 2007

Maritime flair for the road: The Concept Car "EDAG LUV"

The design concept of the "LUV" is based on an luxury-class SUV and incorporates a maritime look from bow to stern: oiled teakwood on the hood, as the flooring on the interior, and on the elegant cargo area conveys a maritime flair. But the "EDAG LUV" is a real eye-catcher in other respects as well: the cargo area, behind the two rows of seats with plenty of room for 5 passengers, has been outfitted with teakwood and distinctly resembles a quarterdeck - in keeping with the maritime look of the concept car.

Innovation in the Interior - The PC Takes Its Place in the Vehicle

The "EDAG LUV" has innovative solutions on the inside as well. The EDAG development team has integrated two UMPCs (UltraMobile PCs) into the headrests, bringing the PC world into the vehicle. The user can use a specially developed mechanism to insert the fully operational PCs easily into the headrests. Passengers in the rear seat can use their Office applications such as PowerPoint, Excel, and Word in the vehicle, plus WLAN and UMTS provide them with Internet access, enabling them to download and answer their e-mails during the trip.


1. A second integration stage will tie the UMPCs into the vehicle architecture for luxury-class vehicles. The advantage: the driver can use operating elements - e.g., on the steering wheel - to access directly the functions or data of the UMPC.

2. The EDAG developers are planning the UMPC as an after-market product for compact and midsize cars. The aim here is to develop concepts for various models produced by car-makers so that the devices can be integrated ergonomically and geometrically into the interior without a jarring visual effect. What makes this especially enticing is the possibility of utilizing the UMPC as an on-board computer and high-quality display device by connecting it to the vehicle architecture, providing yet another service, as well as making the complete functionality of a PC available in the car. With this as a goal, EDAG is working closely with the Intel Corporation on the development of solutions for the electrical and electronic connection as well as on the integration of "nomadic devices" in the vehicle interior. EDAG will rely on the latest in Intel technology, processors, and chip sets. Especially small dimensions for the chips and low energy consumption are only some of the criteria for their use in cars. The Company is planning to present the "EDAG LUV" at the upcoming IAA in Frankfurt in the second integration stage, i.e., with access to the UMPCs via operating elements of the car.

Innovative Development Competence by EDAG

EDAG will be presenting the "EDAG LUV" in Geneva as proof of its competence, underscoring the capabilities of the world's largest independent development partner to develop economically sound innovative vehicle concepts optimized for production. The project has been realized in only three months, from definition of the concept and design process to the development to the ready-to-roll prototypes, and is on the verge of being realized as a Premium Edition.

BRABUS is one of the partners in this project. The tuner from Bottrop contributed not only the 462 hp / 340 kW high-performance BRABUS 6.1 displacement engine for the EDAG LUV that allows this all-wheel-drive vehicle to accelerate to 100 km/h in a little more than six seconds for a speed of 250 km/h.

BRABUS also provides the classy 10Jx22 monoblock S wheels fitted with 295/35 ZR 22 YOKOHAMA tires, the air suspension module as well as the high-performance brake system from its product line-up. The 12-piston aluminum fixed calipers and ventilated, perforated 380 x 36 millimeter front brake disks and the 6-piston fixed calipers and 355 x 28 mm rear brake disks reach a braking performance typically achieved only by genuine sports cars.

Lotus Hot Wheels Concept, 2007

Lotus Hot Wheels Concept, 2007

To celebrate its 40th anniversary next year, Hot Wheels approached Lotus and other world leaders in he automotive industry with the challenge for each company to produce a vehicle that embodies its own engineering philosophy and brand.


Lotus Design's international reputation for designing visually dynamic and exhilarating sports cars perfectly fitted the brief for this programme and we relished the opportunity to design a concept that was free from the typical technical and legal constraints of a full size car.
The car needed to be recognisable as a Lotus without having to turn it over to look at the badge underneath, so.  Bold aerodynamic aids are incorporated to achieve exceptional Lotus handling. The top exit radiator at the front, a distinctive Lotus design feature, the rear diffuser and a large rear wing all provide down-force helping the vehicle stick to the road. In addition, large side air intakes and an open rear end aid engine breathing. Inside the car, the exposed centre spine is part of the structure and incorporates the switches and gear linkage and supports the rear wing."

Lotus Design has a global reputation and is responsible for the design of all Lotus cars, including Lotus Europa, Exige and iconic Elise and many designs for our engineering clients globally. The same design team who created this stunning concept is also designing our new range of cars, the first of which, codenamed Project Eagle, will go into production at the end of next year."