Showing posts with label 2005. Show all posts
Showing posts with label 2005. Show all posts

Leblanc Mirabeau, 2005

Leblanc Mirabeau, 2005






Leblanc Mirabeau, 2005

Mirabeau, the newest car from wysstec. A real piece of art with the spirit of race.

The car is designed and prepared to fulfill all the FIA/Le Mans standards to drive the car in LeMans.

With this kind of potential, the Leblanc Mirabeau really belongs on the racing track.

That this car can be driven on public roads, is sensational.

To reach the maximum of lightweight building and race feeling the car interior is optimized for maximum of speed and acceleration.

If there are some special wishes of leather interior and optional extras feel free to contact our engineers team.

Real spirit of race: Leblanc!

Technical Datasheet:

Powertrain Layout: Mid Engine / RW
Weight: 812 kg
Length: 4550 mm
Width: 2000 mm
Height: 980 mm
Wheelbase: 2800 mm
Front / Rear Track: 1733 mm / 1682 mm

Engine (by koenigsegg)
Type: V8 Supercharged
Displacement: 4.7 l
Power: >700 bhp
Torque: >850 Nm
Max Engine Speed: 7600 rpm

Wheels
Le Mans:
- 18" x 10.5" Front
- 18" x 12.5" Rear
Street
- 19" x 10.5" Front
- 19" x 12.5" Rear

Drivetrain
Transmission: 6-speed sequential
Top Speed: approx. 370 km/h

Scion tC Series 1.0, 2005

Scion tC Series 1.0, 2005


The Scion tC is a sports compact automobile introduced by Toyota in 2004 as a concept vehicle under its recently introduced Scion brand name. The Scion tC was designed to appeal to the Generation Y market and get them locked into the Toyota brand before any other car manufacturer could have a chance.

The Scion tC uses the chassis of the Avensis which is sold in the European market, and the Camry's 2.4 L 2AZ-FE I4 engine. Its low price (base MSRP of US$16,715 for the 2006 model) is a major feature, as well as the pure pricing marketing style that Toyota has adopted.

The name tC does not fit in with its stablemates the xA and xB because the name xC has already been taken by Volvo for its XC70 and XC90 models. According to Scion, tC stands for "Touring Coupe."

Specifications
* Engine: Double overhead cam (DOHC) 16-valve VVT-i 2.4 L 4-cylinder
* Power: 160hp (119 kW) @ 5700 rpm
* Torque: 163 ft·lbf (221 N·m) @ 4000 rpm
* Transmission: 5-speed manual or 4-speed electronically controlled automatic transmission
* Highway fuel economy/consumption: 35-30 mi/U.S. gal (7.8 L/100 km) (automatic); 34-29 mi/U.S. gal (8.1 L/100 km) (manual)
* City fuel economy/consumption: 29-23 mi/U.S. gal (10.7 L/100 km) (automatic); 28-22 mi/U.S. gal (10.7 L/100 km) (manual)
* Fuel tank: 14.5 gal (54.9 L)
* Brakes: 4-wheel anti-lock braking system employing disc brakes on both the front and rear
* Curb weight: 2,970 lb (1,347 kg) (automatic); 2,905 lb (1,318 kg) (manual)
* Displacement: 2382 CC

Scion t2B Concept, 2005

Scion t2B Concept 2005




The t2B is a concept car from Scion, designed by Calty Design (Toyota's design studio in California) and built by Five Axis Models in Huntington Beach, California. It debuted at the 2005 New York Auto Show.

Its name stands for Tall 2 Box.
It appears rather like a mini-van, with 2 rows of bench seats, although the exterior is similar to the xB. On the passenger side there is 1 automatic sliding door.

The driver side has doors that open 180 degrees, the rear door being a suicide door. The idea of the t2B is to be a social and entertainment enigma to the occupants.



Scion 5 Axis Widebody DJ xB, 2005

Scion 5 Axis Widebody DJ xB 2005


The Scion xB is the American-market name given to the subcompact Toyota bB. It is a small wagon based on the Toyota Yaris platform. The xB was one of two models in the lineup of Toyota's US-exclusive Scion division present at the brand's 2004 launch (the other was the xA, based on the Toyota ist). Both cars feature the 1NZ-FE engine, rated at 108 hp (81 kW) at 6000 rpm and 105 lb-ft of torque at 4200 rpm.
The Toyota bB was an established model in Japan before the Scion xB version was introduced to the US.

The Scion xB's marketing is aimed at Generation Y, Americans born in 1978 or later. This group of car buyers is extremely important to manufacturers due to their large numbers (78 million) and their differing perceptions and demands of the vehicles they drive.

Though Toyota expected the xA to sell better than the xB, the reverse proved to be true, with the xB outselling its brother 2 to 1, possibly due to the xB's distinctive styling, and the xB's unique combination of van-like cargo and passenger space with a very compact size.

Differences between the xB and the bB
Besides the obvious change from right to left-hand drive, the front passenger area has changed significantly. The bB has a front bench seat and a column-mounted shifter for the automatic transmission. The xB, on the other hand, has 2 front bucket seats and a shifter mounted on the floor.

The bB with either the 1.3 L 2NZ-FE engine or the 1.5 L 1NZ-FE, mated exclusively to a 4-speed automatic transmission with available all-wheel drive. The xB is only available with the 1NZ-FE, but offers both a 4-speed automatic or a 5-speed manual transmission. All-wheel drive is not offered on the xB.

The Toyota bB does not have a spare tire. On the Scion xB, a compact spare tire is stored under the left side of the rear cargo floor. Since the spare tire raised the cargo floor by several inches, a storage compartment was added to the right of the spare tire to reclaim some of the lost storage space. A jack is stored under the driver's seat of the xB.

Saleen S7 Twin Turbo, 2005

Saleen S7 Twin Turbo, 2005



Saleen knows all about power. As in S281 Mustangs, N2O Focuses and the S7, America's first (and still the only) mid-engine exotic supercar. When it went on sale in 2002, the S7 was the only street-legal car in the U.S. with more than 500 horsepower and 500 lb-ft of torque. The media and S7 owners have raved about the car since it first smoked the rear tires in anger. And it has been recognized by numerous automotive magazines as the fastest production car in the world.
But during the past three years the automobile marketplace has witnessed an explosion of performance with models from manufacturers including Ferrari, Lamborghini, Mercedes-Benz, Porsche and Chevrolet touting power numbers above the once magic 500 level.

What's New for 2005
It was pretty obvious to Saleen product planners during the late 1990s that horsepower and torque numbers were trending upwards, especially among the purveyors of supercars. And power figures that looked spectacular at that time might seem quite ordinary a few years down the road. So Saleen engineers have been planning for this day since they drew the first line on a computer screen for the original S7's 7-liter engine.

Engine & Drivetrain
Designed by Saleen engineers, the S7's engine and drivetrain incorporate the latest in modern racing technology. The new all-aluminum V8 engine casting was engineered and tooled by Saleen to displace seven liters. Redline is 6500 rpm. Space age materials and engineering are used throughout, including stainless steel valves, titanium retainers, beryllium exhaust valve seats, an aluminum throttle body, Saleendesigned aluminum CNC-machined cylinder heads and stainless steel exhaust system.

The four exhaust pipes from each bank of cylinders merge into a race-car-like high-efficiency collector. In addition, the exhaust incorporates dual catalysts per cylinder bank, EGR and those aforementioned twin wastegates. And because Saleen believes in power and clean air, the emission control system features dual, heated oxygen sensors per cylinder bank and a high-volume evaporative emission system along with those four catalysts. Oh, and for good measure and clean air, the system is OBD-II compliant.

A Saleen PowerFlashTM performance computer, recalibrated for 2005, handles engine management. The ignition system is integrated coil-on-plug.
A new-generation six-speed transaxle, with a unique Saleen bell housing, transfers power to the wheels. The clutch is an organic/metallic 8.0-inch, twin-plate unit with hydraulic actuation.

Chassis, Suspension & Brakes
The S7 chassis and suspension incorporate decades of Saleen's experience in racing, racecar construction and high-performance road car manufacturing. The Saleen S7 architecture begins with a space frame chassis to which honeycomb composite reinforcing is grafted. The body is structural, aerospace-quality, autoclave carbon fiber.
Suspension is via fully independent unequal-length double wishbones with coilover springs, lightweight aluminum dampers (shock absorbers) and stabilizer (anti-roll) bars front and rear. The uprights at each corner are CNC machined billet aluminum, flow-through designs that use air to help cool the bearings.

The brakes are among the largest of any production car with 15-inch vented discs up front and 14-inch vented discs at the rear.
The Saleen-designed forged alloy wheels feature center locking wheel nuts with automatic safety locks. Sizes are 19 x 9.5 inches up front and 20 x 12 inches at the rear.

Body Design
The S7's beautiful shape was "designed" by the wind. Optimal aerodynamics and top speed performance objectives were achieved with extensive wind tunnel work. Targets included a low coefficient of drag, optimum drag-to-lift ratio, and extreme down force. The S7 has "full tray" body sculpting underneath.

For the 2005 S7 Twin Turbo, the redesigned front and rear diffusers, along with the new rear spoiler, result in a 40 percent reduction in aero drag and a 60 percent increase in down force. Those of you who know anything about aero forces recognize the significance of that last statement. Typically, you would have to trade down force to reduce aero drag.
The mid-engine Saleen S7 has front and rear trunks and comes with Mulholland Brothers(R) custom-made, 3-piece, fitted luggage. In true supercar style, the doors open up and away from the body.
Interior
As much care has been given to the creature comforts of the Saleen S7 as to its performance. Great attention was given to seating position. The car features asymmetrical seating, with the driver position moved slightly more to the center than the passenger. This improves the driver's ergonomics and the side-to-side weight distribution.
To further improve driving comfort and ergonomics, the S7 Twin Turbo incorporates a revised pedal box. The clutch and throttle lever ratios pedals have been changed for lighter pedal efforts. In addition, the three pedals have been spaced farther apart without impinging upon the dead pedal.

Dual Personality
The Saleen S7 Twin Turbo was conceived to combine the performance of a track-only racecar with the driving pleasure of a road car. As a result, while the S7 would be at home on any racetrack, it is also a car that can be driven with pleasure on highways, Autobahnen and back roads.

Racing Successes

Unlike most exotic supercars, the racing version, the S7R, has already proven itself on the international motorsports stage. During the past three years, the racing version has won more than 50 poles, set fastest race lap over 50 times and has been victorious well over 40 times, winning seven GT Championships. This incredible record includes winning the prestigious 12 Hours of Sebring and setting a new track record at the famed 24 Hours of Le Mans.


GM Sequel Concept, 2005

GM Sequel Concept, 2005



The Sequel is a hydrogen fuel cell-powered concept car and sport utility vehicle from General Motors, employing latest generation HydroGen3 technology developed by Opel.


The Sequel uses a drive-by-wire system. It has a range of three hundred miles, and its only emission is water. It debuted at the 2005 North American International Auto Show and is now being shown at the 75th international car show in Geneva, Switzerland. GM chief and chief executive Rick Wagoner suggested it will be over a decade before it goes into production.


This vehicle can accelerate from 0-60 mph in less than ten seconds. Additionally, it provides a high level of control on bumpy terrain, snow, and ice. 42 percent more torque and quicker deceleration when braking are additional benefits of some of the new technologies used in the Sequel.

Maybach Exelero, 2005

Maybach Exelero, 2005




The Maybach Exelero is a high-performance concept car designed and built by luxury marque Maybach. The 690 hp (SAE) (514 kW) two-seater with a bi-turbo V12 engine is a one-off design commissioned by Fulda Tyres. Fulda is using this Maybach as a reference vehicle to test a new generation of wide tyres. The German luxury car manufacturer created the one-off model as a modern interpretation of its legendary streamlined car of the 1930s. There are various allusions to the historical predecessor, which was likewise based on a powerful Maybach automobile, in this case the Maybach SW 38, and was also used by Fulda for tyre testing.

Specifications
* Length : 5.89 m (19.3 ft)
* Width : 2.14 m (7.0 ft)
* Weight : 2660 kg (5864 lb)
* Engine : V12 bi-turbo from Maybach 57 S 690 hp (SAE) (522 kW), 1020 N·m (737 ft·lbf)
* Top speed : 351 km/h (218 mph)
* Tires : 315/25 ZR 23
* Fuel used for Top speed test: 110 octane (6€/liter)


TechArt Porsche Boxster, 2005

TechArt Porsche Boxster, 2005




Athletic Beauty: TechArt Widebody based on the Porsche Boxster (987)

The Athletic beauty: The TechArt Widebody based on the Porsche Boxster of the 987 model range doesn't only offer spectacular design but also extra driving fun and agility. After the huge success of the Widebody concept for the first Boxster generation, TechArt Automobildesign ( www.techart.de ) developed a wide body version for the current version of the roadster.

With the add-on fender flarings on front and rear axle the TechArt Widebody is eight centimeters wider than the standard car. The front extensions don't only provide extra room inside the wheel houses but also improve the deventilation of the heated up air with their integrated wheel-house ventilation. The rear flarings are equipped with largely dimensioned air ducts to bring fresh air to the centrally placed engine.

Apart from spectacular, sporty design the TechArt designers of course paid attention to optimal aerodynamic efficiency. The TechArt front spoiler bumper reduces the lift at the front axle and improves the cooling of the front brakes with large air ducts. The TechArt rear apron with integrated diffuser rounds out the conversion.

Extremely broad wheels and tires make the TechArt Widebody concept for the Boxster complete: Specially for this wide body version they developed custom-made versions of the one-piece TechArt Formula five spoke wheel. The front axle is equipped with wheels in size 8.5Jx20, the rear axle is equipped with 11Jx20 wheels.

TechArt Automobildesign recommends ContiSportContact 2 high performance tires in sizes 235/30 ZR 20 front and 305/25 ZR 20 rear for the Widebody based on the Porsche Boxster. The height-adjustable TechArt sport suspension is specially set-up for these ultra-wide wheels and tires and the wider track of the car. The coil-over suspension doesn't only provide an individual damping of the roadster but also lowers the two-seater car by some 25 millimeters. Boxster models with PASM system can be updated with the sporty set up TechArt coil over sport suspension.

TechArt also offers engine tuning for the Widebody. The two watercooled six-cylinder boxer engines can be upgraded with the TechArt power kits. They each consist of a sport air filter and newly programmed engine electronics. The result: 15 hp / 11 kW extra power and optimized road performance.


Being world-wide renowned specialists for exclusive interiors, TechArt provides individual full leather trims in all colors and designs. The range reaches from completing the ex-works leather trims up to a completely redesigned cockpit with special sports seats and ergonomically shaped airbag sports steering wheel.


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