japan automotive

Thursday, July 15, 2010

Proton GEN-2, 2008





Having acquired a majority share in Group Lotus Plc in 1996 and a full share in 2003, Proton have combined the sporting heritage of Lotus with its own strengths to create the Proton GEN-2 - a car that offers far more than the average family car.

Carefully integrating the values of Proton, Lotus has helped to produce an exciting car designed for both performance and functionality, as designers and engineers deliberately chose to stray from the traditional approach of building a single car for the mass market. This integration has also become more physically visible in the Proton GEN-2 by way of the car's more modern, masculine and sporty character in terms of exterior and interior styling as well as in performance.

While Lotus presence in the older range of vehicles like the Proton Satria GTi was limited to its superior ride and handling performance, its contributions have become more visible in the Proton GEN-2 and in current Proton cars, particularly the Satria Neo. The Lotus influence is evident in the GEN-2, from underlining new and higher standards related to performance and occupant safety to sculpturing the overall look and feel of the car from both the interior and exterior.

Designed as a five-door hatchback, the Proton GEN-2 was the first of the new line of Proton cars and the first national car to be fitted with a Malaysian designed, blue-printed and commercially built engine, developed in close collaboration with Lotus.

Proton introduced the latest addition to the GEN-2 line-up in March 2008, with the launch of the Proton GEN-2 Persona saloon into the UK. The GEN-2 saloon combines the excellent performance, ride and handling of the GEN-2 hatchback, but with the added sophistication and functionality that comes with owning a 4-door family car.

Proton Impian, 2006



From the initial design sketches, through prototyping and development to production of the Proton Impian, first passenger car to be created entirely in Malaysia, Proton engineers have set out to reward owners with a driving experience in the highly competitive D sector that is second to none.

That they have succeeded is due in no small measure to a unique combination of engineering excellence and design flair. Proton's pragmatic approach to worldwide market requirements blends the best of Malaysian creativity with European engineering precision and Japanese manufacturing skills.

To create a safe and soothing environment for driver and passengers, Proton engineers have been supported by a Malaysian-based project team established by EDAG, the German body engineering specialists, while the Proton Impian's ride comfort and pin sharp handling reflect the silky skills of Lotus suspension tuning experts previously paraded in Proton's acclaimed Satria GTi.

The result is a car with clean, crisp styling that provides occupants with impressive safety standards and drivers with full control, no matter what the conditions. The reinforced body structure is among the strongest in its class, giving greater torsional rigidity for less body roll, better road-holding and a solid, European feel to the driving experience.

Setting even higher quality standards, the Proton Impian is manufactured using the latest modular construction techniques in a new factory alongside Proton's main plant at Shah Alam near Kuala Lumpur. Modular integration allows each module to be stronger and more rigid, at the same time reducing weight.

All Proton's first home-grown product demonstrates a maturity and level of competence not previously expected of the youngest Pacific rim manufacturer to make its mark in a global market place. With the opening of a £62 million Research and Development Centre at Shah Alam two years ago, Proton has the capability to design vehicles in-house from concept to production, using the latest CATIA design and simulation work stations together with a rapid prototyping facility to halve component design time and dramatically reduce costs.

A state of the art emissions laboratory at the centre is fully approved by the UK's Road Transport Department Vehicle Certification Authority, while sophisticated suspension compliance and measurement rigs coupled with training from Lotus specialists has given Proton engineers the ability to achieve world-class ride and handling standards.

Malaysia's primary national car manufacturer has come a long way since the first Mitsubishi-based car rolled off the production line in 1985 and the Proton Impian personifies a new ambition to produce products that are technically advanced, great value and satisfying to drive.

The Proton Impian range will be later expanded with higher derivative variants, while a whole new generation of powerful yet highly efficient engines unveiled recently by Lotus is being readied for use in 2003.

A range of derivative models is currently under development at the R & D Centre, and Proton is also planning the launch of a mid-engined 2+2 sports car based on the Lotus M250 chassis in two years time.

Proton GEN-2, 2004




Following Proton Berhad's acquisition of a 100 per cent controlling interest in Group Lotus Plc, personnel from the British sports car manufacturer's engineering division have been closely involved in the development programme of GEN-2; both at the Lotus headquarters in Hethel and at Proton's £62 million vehicle design and development centre in Malaysia.

The Proton GEN-2 has been styled to attract a wider customer base; the Lotus Design Studio has had a major influence on the design of the curvy muscular bodywork that looks simply sensational in a range of new colours. From the bee sting aerial to the dashboard instrument panel, reminiscent of the Lotus roundel, the GEN-2's sporting pedigree is undeniable.

The 1.6 litre CAMPRO engine, designed in collaboration with Lotus, delivers exceptional torque output. The double overhead-camshaft engine produces 110bhp.

Power is matched by agility, with handling developed by Lotus. The Proton GEN-2 has outstanding stability when cornering and changing lanes, making it an exciting, responsive drive while maximising passenger comfort.

Sleek, sporty lines continue throughout the interior. The design combines ergonomic comfort with classic minimalism, while exclusive touches from Blaupunkt have brought fingertip controls to life.

Optimal protection is provided by increased body rigidity and strategic crumple zones. Four-wheel ABS on the GSX model ensures stability and good braking performance, whilst the Electronic Brake force Distribution (EBD) system prevents wheel lock up as the driver makes avoidance manoeuvres whilst braking.

SsangYong Musso Sports, 2005





The SsangYong Musso was a SUV manufactured by the South Korean automobile manufacturer, SsangYong Motor Company.

First produced in 1993 the car featued a Mercedes petrol engine or a diesel engine. The car was designed by Ken Greenly and received Auto Design Award from the Birmingham Auto Show hosted in 1994 and 1996.
Also known for its off-road abilities, Musso has won the first place from the Pharaohs Rally of Egypt among 4WD vehicles in October 1994. The Musso seats five people. The Musso's wheels are fit for off-road driving, similar to the smaller SUV SsangYong Korando. The SsangYong Musso Sports, a Musso variant with a truck bed, was released in later years.

SsangYong Kyron, 2005






The SsangYong Kyron is a compact 'soft-roader' SUV (although it is quite big for its class) built by SsangYong Motor Company. It has a 104 kW (139 hp)/310 N·m (229 ft·lbf) diesel engine, with Mercedes-Benz engine parts. Although the engine is a great one in its own right, it does power a car weighing almost two tonnes which makes performance lethargic at best. It is one of the few compact 4WDs to be able to actually go off road, though, with a separate chassis. Its looks was designed by MG's Ken Greely.

In 2007, the robust XDi270 diesel engine is available on the Kyron increasing the performance to 121 kW (162 hp)/340 N·m (251 ft·lbf). Both the XDi200 and XDi270 uses the 3rd-generation Common Rail technology. The sophisticated direct injection system boosts power and fuel efficiency, which lowers pollution and saves on fuel. The new 3rd generation ECU is operating on 32-bit platform rather than the 16-bit found on the previous 2 generations of commonrail technology.

SsangYong Rodius, 2004





The SsangYong Radius is a large MPV/SUV by the Korean automaker SsangYong Motor Company. The car was designed by Ken Greenley, former head of the automotive design course at the Royal College of Art in London.

It is available in 7, 9, and 11 seat configurations. The engines are the Mercedes-Benz licenced 3.2 L 6-cylinder petrol engine ( 162 kW (217 hp) & 309 N·m (228 ft·lbf) ) and the 2.7 L 5-cylinder common rail diesel engine ( 121 kW (162 hp) & 342 N·m (252 ft·lbf) ).

Subaru Impreza 5-Door, 2008





Fuji Heavy Industries Inc. (FHI), the maker of Subaru automobiles, announced the unveiling of its all new Subaru Impreza (U.S. specifications) at the New York International Auto Show, which will be held from April 6 through 15. (Press days : April 4 and 5) The third-generation Impreza will hit the market around the world starting this summer.

Developed around the product concept of new, more refined designs for comfort, the latest Impreza incorporates sophisticated styling and rich interior design, roominess and space, and outstanding comfort and utility, while offering a pleasant and safe ride enhanced by Subaru Symmetrical AWD (All-Wheel drive) with the Horizontally-Opposed engine.

Advanced core mechanism
The new Impreza showcases a redesigned chassis, body construction and drivetrain, as well as substantially improved overall performance, under the theme "Only Subaru can deliver such attractive performance and values."1 It also provides a pleasant ride with ease of handling and integrates performance with advanced safety and environmental considerations.

FHI recently set forth a new theme for Subaru cars that stipulates Subaru's goal: Subaru offers a comfortable, pleasant drive for the driver and passengers; provides peace of mind and reliability; and extends convenience, utility and functionality.

Chassis
The newly designed double-wishbone rear suspension effectively absorbs shocks from road surfaces, ensuring high levels of ride comfort and agile handling.
The lower center of gravity, enabled by the Boxer engine, has been enhanced by mounting the engine slightly lower in the chassis, thereby further improving stability.
Vehicle Dynamics Control (VDC), available on a wider grade range of the Impreza lineup, increases active safety.

Body construction
Additional use of high tension steel and reinforced joints has greatly improved rigidity.
Streamlined body construction, while ensuring safety, makes weight reduction possible, which in turn improves fuel economy and maneuverability.

Engines and transmissions
The 2.5-liter Boxer engine features ideal power output characteristics under a practical range of driving speeds through improved mid- to low-end torque. The engine has also been modified to improve emissions and fuel efficiency.
The 2.5-liter SOHC normally aspirated engine adopts a new intake port and other design changes that make improved low-end torque and fuel efficiency possible. Improved emissions were realized by a new catalyst system that optimizes catalyst efficiency.
Incorporating a newly designed intake manifold, intercooler and turbocharger, the 2.5-liter DOHC turbocharged engine delivers improved mid to low-end torque and fuel efficiency.
Transmissions, both manual and automatic, were modified for faster, more responsive shifting and better maneuverability.

Safety
Advancing the Ring-Shaped Reinforcement Frame Body Structure with front and rear crumple zones, the new Impreza has realized high levels of safety and crash worthiness.
All models are equipped with dual SRS airbags, side SRS airbags, and curtain airbags.
A collapsible safety pedal is available on all models to reduce the risk to feet in accidents.

Refined styling and elegant interior design
The new Impreza combines sporty styling with ample interior space and integrates functionality with elegance.

Exterior design
Refined styling is highlighted by a perfectly proportioned body, well calculated panel curves that reflect light and shadow in harmony, and quality details.

Sweeping character lines on both sides express a sense of speed and individuality.
A sporty image is underscored by projecting front fenders and rear quarters.
Projector lamps, used in the headlights, give a dynamic three-dimensional appearance.

5-door model
A clean and elegant line flows continuously from the front grille, up the A-pillar, across the roof down to the rear gate.
An aerodynamic rear spoiler, standard on all models, heightens the car's sporty image.

4-door model
The rear overhang is 165 mm longer than on the 5-door model, which gives the car a more elegant sedan look.

Interior design
Spacious and open interior provides comfort and improves visibility.
Aluminum-look insets in the center panels and door trim add a sporty feel and airiness.
The navigation screen, as well as the vehicle information and audio displays are placed at the top of the dashboard for improved visibility and functionality.
High-grade, double-stitched seat fabrics provide a feeling of quality.

Packaging and utility
The new Impreza rides on a 95-mm-longer wheelbase than its predecessor, which enables expanded interior space.
The all-new double-wishbone rear suspension makes room for a wider and deeper luggage compartment, enhancing the utility of the car.
On the 5-door model, the rear seats feature a 60/40 split folding mechanism that allows various seating arrangements and increases cargo capacity. The wide and flat load floor can accommodate two Tour-size golf bags, or five carry-on bags.
The 4-door model provides a larger trunk that can accommodate three Tour-size golf bags. The rear seats feature standard 60/40 split backs, giving pass-through access to the trunk.
Larger door openings, which are enabled through new sash construction, afford improved ingress and egress, and the rear doors open 75 degrees to allow for better rear seat access.
The door panels house molded recesses that can hold 720-mL PET bottles.

Subaru Forester, 2008






The new Forester has realized ideal proportions that provide ample interior space and offer improved utility without substantially enlarging the body size.

Compared to the previous model, the new Forester is 110 mm taller (excluding the roof rail) and 45 mm wider, and its wheelbase has been expanded by 90 mm, increasing interior space and improving riding comfort. On the other hand, the overall distance between the ends of the right and left door mirrors has been shortened by 10 mm through mirror position and design changes. Also, the minimum turning radius was made shorter by 0.1 meter for zippy handling.

Off-road capability is further improved by optimization of approach and departure angles, coupled with a generous 225-mm ground clearance.

The double-wishbone rear suspension makes room for a deeper and wider luggage compartment. This enhances the utility of this car that already features cargo area tie-down hooks and a DC12V/120W power outlet, as well as a push button switch for folding down the rear seatbacks.
Larger door openings, which are enabled through new sash construction, afford improved ingress and egress, and the rear doors open 75 degrees to allow for better rear seat access.

Through the enhancement of body rigidity, less road noise reaches the interior of the car. All door openings are sealed with double-layered weather stripping placed along the door trim for the optimal pressure to tightly seal the doors and ensure a quieter ride.

The multi-functional center console provides a spacious compartment that can accommodate an A4-size notebook PC and a purse of equivalent size. It also incorporates a removable tray that can be used to hold portable media players and cell phones. The console compartment has a sliding lid that is cushioned on top to serve as an armrest.
A retractable rear tray with a cup holder is installed between the rear seats, further elevating rear passenger comfort. (Available on the 2.0XS and 2.0XT)

Exterior design
Streamlined, yet sculpted styling evokes images of powerful, well defined muscles carved out of stone.

Sharply defined character lines running from the sides of headlights to the tail lights, combined with boxed front fenders and projected rear quarter panels, accentuate a more pronounced SUV profile.
The center of the redesigned front grill is metallic gray in color, making a sharp yet elegant contrast to its chrome-plated contours.

Headlamps are chrome-plated on the inside to project the light outward evenly. Rear lights are clustered and designed to highlight a luminous and translucent look in the rear styling.

17-inch aluminum-alloy wheels with distinctively sculptured spokes emphasize the vehicle's commanding presence and high quality. 16-inch aluminum-alloy wheels also feature sharp lines of spokes, expressing high quality and smartness.

Interior design
Decorative insets with a brushed aluminum-look flow from the center panel of the dashboard to the door trim, adding spaciousness and airiness in the interior and stressing sportiness in the cockpit. Rich and refined interior design is accentuated by the center panel, which combines wood and metal finishes, as well as by the door trim, embellished with metal-finish panels for window and door switches.

The vehicle information display, which constantly shows outside temperature, average mileage and time on the digital clock, as well as a navigation screen and audio display, are placed nearer the top of the dashboard for improved visibility and functionality.

The front seat cushions employ highly resilient urethane materials that effectively absorb vibration during a drive. In addition, newly developed seatback springs firmly support the driver's hips and back to maintain the optimal driving position.

Drivetrain
An expanded ground clearance further improves the off-road capability of the vehicle. The raising of the clearance does not alter the low center of gravity that is attained by mounting the engine low in the vehicle, thereby securing outstanding vehicle stability.

4-speed AT models are equipped with the Sportshift gear selection. By optimizing the final gear ratio and torque convertor characteristics, as well as through reducing friction among part assemblies, driving performance and fuel economy has been improved. The N Control System on AT models automatically shifts the transmission back to neutral from driving positions after the brake pedal is depressed for some time. Gear shift operation has also been enhanced by the redesigned shift lever positions and the use of roller bearings.

The SI-Dive (Subaru Intelligent Drive) system on the 2.0XT model offers three different modes of driving for the driver to enjoy: Intelligent; Sport; and Sport Sharp.

Gear ratios on MT models, from the second through the five-speed, as well as the final drive gear ratio, have been modified to improve driving performance and fuel economy. Reducing friction inside the transmission also contributes to better gear shift operation on MT models.

The Active Torque Split AWD system is mounted on AT models. MT models come with the center differential AWD system with viscous LSD (limited slip differential). Both AWD systems distribute optimal power to the wheels with the firm grip and traction, providing unrivalled vehicle stability.

The Vehicle Dynamics Control (VDC) is standards on all models. Fed by information gathered by sensors that monitor vehicle and road conditions, the VDC coordinates the engine, transmission, and brakes in order to recover the vehicle's position should unstable movements occur on a slippery road.

2.0-L DOHC engines on the 2.0X and 2.0XS
Fuel economy has been improved with the redesigned DOHC cylinder head, as well as through optimization of the compression ratio and reduction of the volume of the combustion chamber.

Low-end and mid-range torque is improved, while better fuel economy and lower gas emissions are achieved, primarily through design changes in the engine that generate a stronger tumble gas flow and raise gas intake efficiency.

The use of AVCS contributes to higher power output, while fuel economy is also achieved by improving combustion efficiency through the optimized timing of valve openings and closings.

A design change in the cooling water channel around the spark plug further prevents engine knocking and also helps improve low-end and mid-range torque output.
With the optimization of the diameter and length of the intake manifold, and the adoption of the equal length/constant pulsation independent exhaust system, the engine's intake and exhaust performance has been elevated.

Two catalytic convertors have been placed in tandem. The layout enables the convertors to quickly heat up, which facilitates catalytic activation during engine startup and improves on emission reduction efficiency.

The twin mufflers expand the muffler capacity, bringing noise levels down even lower and reducing exhaust back pressure.
2.0-L DOHC Turbo engine
A newly developed DOHC cylinder head is used in this engine. The intake port and the combustion chamber have been redesigned to reduce residual gasses, thus raising combustion efficiency.

By using a resin-based intake manifold, the inner walls of the manifold are smooth and less resistant to the intake flow. The weight is also reduced by 30% compared to the earlier manifold.
A design change in the cooling water channel around the spark plug further prevents engine knocking and also helps improve low-end and mid-range torque output.

The injector nozzle has been redesigned to atomize fuel and finely disperse it into the combustion chamber for improved combustion. This also helps reduce harmful substances in emissions.
Also adopted is a secondary air system that forces air into the exhaust port to burn out any gasoline remaining in it. The system helps eliminate harmful substances when the powertrain is still cool, and it promotes early activation of catalytic converters.

The twin mufflers expand the muffler capacity, bringing noise levels down even lower and reducing exhaust back pressure.

Powered by regular gasoline, the 2.0-L naturally aspirated Boxer engine features better combustion efficiency, as well as eco-friendly performance and fuel economy, thanks to a newly designed DOHC cylinder head and the use of the active valve control system (AVCS).

Scion tC Release 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. They hoped to do so by making standard features numerous and optional features extremely easy to add.

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 available 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






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.

Tuesday, July 13, 2010

2010 Carlsson C25

2010 Carlsson C25 Today we look at the production version of the new 753 hp supercar from Carlsson. Only 25 examples will be made, with only one sold per country.


2010 Carlsson C25

2011 smart fortwo

2011 smart fortwo The new generation smart fortwo will be launched in the autumn of 2010 with a fresh interior look, an upgraded exterior and even more environmentally friendly engines.


2011 smart fortwo

2011 Ford Taurus SHO

2011 Ford Taurus SHO The foundation of the 2011 Taurus SHO is a 3.5-liter twin-turbocharged EcoBoost V-6 engine. This advanced powerplant generates an estimated 365 horsepower at 5,500 rpm and 350 ft.-lb. of torque at 3,500 rpm, resulting in significantly improved power, torque and fuel economy compared with larger, normally aspirated engines.


2011 Ford Taurus SHO

2011 Mercedes-Benz CL Class

2011 Mercedes-Benz CL Class The new CL Class comes to market with design changes, an optional new twin turbo V8, and a combination of cutting-edge camera and radar-based assistance systems, including the innovation of the Active Lane Assist and Active Blind Spot Assist systems.


2011 Mercedes-Benz CL Class

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