Subaru Impreza WRX Special Edition, 2013

 

 

 

•   Subaru Impreza WRX Special Edition, 2013

Subaru of America, Inc. revealed 2013 Subaru WRX and WRX STI Special Editions at the 2012 SEMA Show. The new models are in keeping with a long tradition of customized Subaru SEMA show cars - and just in time for Halloween. The Special Edition WRX and WRX STI models feature an "Orange and Black" custom paint scheme, with Tangerine Orange paint off-set with jet black custom wheels, black front fender badging and exterior mirrors. The Special Editions cars also receive black exterior graphics.

The Special Edition line-up is limited to just 200 WRX sedans and 100 WRX STI sedans. For a true custom look, the WRX Special Edition features the dark interior trim from the WRX STI, including a black headliner. The Special Edition orange interior is also applied to the stitching on the seats, doors and shift boot, and custom orange trimmed floor mats. The WRX STI also features front fog lamps.

On sale in spring of 2013, the Special Editions spice-up an already potent line up of AWD sports cars. Featuring Subaru BOXER engines, the WRX and WRX STI models develop 265hp and 305hp respectively. Delivering massive bang for the buck, the 2013 WRX Special Edition produces 244 lb.-ft. of peak torque at 4,000 rpm and running through its standard Subaru Symmetrical All-Wheel Drive. The 2013 WRX STI Special Edition delivers a rally-inspired driving experience with its 305-horsepower turbocharged BOXER engine, six-speed manual transmission and exclusive Multi-Mode Driver Controlled Center Differential (DCCD) version of Subaru Symmetrical All-Wheel Drive. The WRX STI is also equipped with Subaru Intelligent Drive (SI-DRIVE) and a Multi-Mode Vehicle Dynamics Control (VDC) system, the latter featuring a track performance-optimized mode.

Subaru BRZ, 2013

 

 

 

 

 

•  Subaru BRZ, 2013

The Subaru BRZ is a rear-wheel drive sports car featuring the Horizontally-Opposed Boxer engine. It was developed as a joint-project between Subaru and Toyota Motor Corporation, to bring to the world a sports car with superior steering response and driving pleasure that everyone can experience. The Subaru Boxer engine in the BRZ was positioned even lower than other Subaru models so that the BRZ has one of the lowest possible centers of gravity s on the market today. This low center of gravity produces astonishing handling character and combined with a light-weight chassis BRZ realizes Subaru's aim for "Pure Handling Delight" - the driving experience taken to a new level.

Concept
The product concept of Subaru BRZ is "Pure Handling Delight." The Horizontally-Opposed Boxer engine has inherent qualities of low center of gravity, lightweight, and compactness. These attributes are maximized by placing this engine even lower and closer to the center of the chassis. These factors contributed to BRZ's low center of gravity - one of the lowest possible. The Subaru BRZ is a fun sports car that any driver can enjoy driving with peace of mind.

Design
The Subaru BRZ has a low-mounted Boxer engine on a specially designed sub-frame that forms an "ultra-low center of gravity package". With this arrangement, BRZ achieved a low driving position typical of a sports car. Overall height of Subaru BRZ is 1,300 mm and it has a wide and low body of a stylish coupe at 1775mm. Yet, it allows for 2+2 seating and a trunk with ample space. Not only is the BRZ a sports car, but it can also be a suitable partner for long tours with its unexpected utility.

Exterior
Subaru aimed for a sports car design that instinctively conveys the car's fun-to-drive character. In addition, it was detailed to be instantly recognizable as a Subaru.

Front fascia
The "ultra-low center of gravity package" also allowed a low hood design. This low hood and bulging front fenders raise expectations for the Subaru BRZ's drivability. Also, to communicate the Subaru identity the Subaru six-star ornament, headlights and hexagon lower grille follow the Subaru design motif common across new Subaru models.

Side
The low center of gravity enhances BRZ's sensuous beauty with its shapely fender flares. The aesthetic beauty is combined with functional beauty that advances aerodynamics through such areas as the C-pillar shape, rear glass inclination, trunk lid layout. As would be expected from a sports car, the front and rear overhangs were shortened to express the Subaru BRZ's liveliness. The front fender is accentuated with a distinctive garnish.

Rear fascia
The projecting rear wheel arches sit by way of contrast to the compact cabin and emphasizes the beauty of the BRZ's rear view.

Interior
Details were carefully designed to allow a new level of fun-to-drive experience in which the driver and vehicle become one.

The steering wheel was made smaller to achieve sports car maneuverability.

A tachometer with digitally displayed speedometer is placed in the center of the gauges so that the driver can instantly see information without diverting attention from the road.

Bespoke sports car seats were designed to hold the driver and passenger and feature lowered sitting positions to match the "ultra-low center of gravity package".

Engine
Making full use of the design concept of the new-generation Boxer engine, the newly developed engine made exclusively for the BRZ is highly efficient with superior output and environmental friendliness. It realizes an exhilarating high revving nature of a naturally aspirated sports engine.

It has square bore and stroke of 86 x 86 mm.
Due to the joint development with Toyota Motor Corporation, Toyota's direct injection and port injection technology "D-4S" was incorporated in the Subaru BRZ's power unit.

To achieve the "ultra-low center of gravity package", the engine as a whole has been made more compact by such means as adopting the shorter intake manifold and the shallower oil pan.

Transmission
The joy of sports car driving was realized through a transmission that focuses on shift feel and response.

The 6-speed MT employs a short stroke shift lever. The lever was optimized in rigidity, shift quality and weight application in its pursuit of a superb shift feel.

The 6-speed AT has "S mode" for better shifting response and "M mode" for optional shifting. Also, with the paddle shift and downshifting blipping control, this model can respond faithfully to the driver's inputs.

Body
The lightweight yet highly-rigid body was developed exclusively to maximize the advantages of the "ultra-low center of gravity package".

Low center of gravity and low driving position were achieved by the perimeter type body frame layout.

The body has a rigid and durable frame structure that also works in balance with the vehicle's light-weight. The rigidity is optimized for high drivability and appropriate durability is maintained for collision safety.

High tensile steel was used in the body to contribute to weight reduction. Effective use of this material in the upper structure of the Subaru BRZ contributed to its low center of gravity.

The front hood employs aluminum for lightness. The structure was fine-tuned for a low styling that also improves pedestrian protection performance.

Chassis
Excellent maneuverability and stability of the "ultra-low center of gravity package" offers direct and sharp response to steering and enhances driver's connection to the car

The front suspension employs struts for light-weight and high rigidity, while a double wishbone layout is adopted at the rear for better shock absorption.

To gain a low front hood from the "ultra-low center of gravity package", the front strut mount was lowered while maintaining the stroke.

The tires are 215/45R17 combined with lightweight and highly rigid aluminum wheels.

All models are equipped with electronic stability control to provide both driving pleasure and safety.

Subaru Legacy Wagon JDM, 2010

Subaru Legacy Wagon JDM, 2010

Fuji Heavy Industries Ltd. (FHI), the manufacturer of Subaru automobiles, announced the launch of the fully redesigned Subaru Legacy series across Subaru dealerships in Japan.

Under the product concept of "Grand Touring Innovation", the fifth-generation new Legacy offers a comfortable passenger compartment and excellent environmental considerations, while further enhancing its unique driving performance and safety, featuring Symmetrical All-Wheel-Drive (AWD) with a Horizontally-Opposed (BOXER) engine as Subaru's core technology.

Concept

In addition to focussing on enhancing "Driver's fun", a key value carried on consistently since the first generation, the new Legacy was developed to create new values such as "Passenger's fun" and "Eco performance", under the concept of "Grand Touring and Innovation".

* Driver's fun - Superior driveability and the enjoyment of driving which have been pursued since its first introduction.

* Passenger's fun - Spacious and comfortable compartment for all passengers to enjoy while driving.
* Eco performance - Confidence in driving and safety with enhanced environmental considerations.

Exterior

With boldness and presence as a theme, newly designed exterior evokes not only comfortable and ample passenger compartment, but also Legacy's sporty look and high functionality.

Subaru Legacy Touring Wagon: Best balance of functionality and comfortable interior space. B4 (Sedan): Legacy's sportiness inherited from the predecessor. Outback: Enhanced image of boldness and toughness.
For Subaru Legacy Touring Wagon and Outback, the D-pillars were re-envisioned to project freshness, with Legacy's characteristics maintained.
Chrome mouldings around the windows accentuate presence with a quality feel.

Interior

The new interior design imparts a feeling of spaciousness and comfort as well as quality emphasized by shading expressions and material texture.
The seats with wide seating surface and redesigned cushions excel in comfort and support. By increasing the amount of slide and lift of the driver's seat, settings can be more finely tuned to better meet drivers' needs.

Audio and Navigation
Two settings are available for manufacturer equipped options: LEGACY premium sound system with acoustic field tuning, designed specifically for Legacy, and LEGACY McIntosh sound system.
HDD navigation supporting G-BOOK ALPHA is equipped with high-definition VGA8 inch monitor and rear view camera.

2.5-litre SOHC engine
Displacement from the existing 2.0-litre was increased by 500 cc, achieving smooth and comfortable driving with lower-range torque.

2.5-litre DOHC turbo engine
Displacement from the existing 2.0-litre was increased by 500 cc. The peak torque is sustained smoothly from 2,000 rpm to the higher rpm ranges to realize superior driving performance.
The turbocharger unit was placed directly under the forward part of the engine. This layout increases response with smoother turbo-charging and improves fuel economy.
The exhaust system layout including the catalytic converter was optimized, enhancing the exhaust emission control performance.

3.6-litre DOHC engine
Featuring an increased displacement from the existing 3.0-litre engine without significantly growing in size, the new 3.6-litre engine offers excellent driving performance and environmental friendliness with smooth revolution performance and ample torque from the lower rpm ranges. It is also economical by using regular grade fuel.

Transmission - Lineartronic
A chain-type variator (main speed variator) was adopted. The compact design provides legroom in the front seats, while the fuel economy was improved especially in the over-drive range through excellent transfer efficiency.

Transmission - E-5AT
E-5AT with high-density control and a smooth gearshift feeling was adopted. Friction and weight were reduced internally, improving the fuel economy.
The improved downshift blipping control enhances the gearshift response in manual mode. Smooth downshift contributes to reducing shocks when shifting gear.
6-speed manual transmission

Chassis
In line with "Subaru Dynamic Chassis Control Concept" (Subaru DC3), chassis and body were further advanced to provide a feeling of reliable, comfortable and superior driveability.
A new engine cradle was newly designed as a powertrain mounting system. It not only helps reducing noise and providing more refined ride and stability, but also improves front impact safety.
Strut type and double-wish bone type suspensions are used respectively for the front and rear. Excellent driveability and smooth ride comfort were achieved not only through the installation of the front suspension arm to the cradle, but also through the damper structure modification and the optimized geometry.

Body
Use of high-tensile steel in critical body parts contributes to weight reduction and higher overall rigidity.
The cradle structure mounting characteristics provide lightweight, sufficient strength and rigidity around the front body, providing excellent handling control and stability.

Safety
For front impact, the engine cradle frame folds inwards and causes the power unit to slide downwards, thus creating a greater zone of protection for the cabin space. In addition, the structure allows the main frame to absorb the impact more efficiently.
For side impact, the high-tensile steel is used inside the B-pillars and side sills. The energy produced on rear impact is effectively absorbed through the optimized frame construction.
SRS driver's and passenger's airbags, SRS side airbag and SRS curtain airbag are installed (except for 2.5i and 2.5GT).
Newly designed high-strength front seat frames and energy-absorbing headrests provide enhanced protection against whiplash injury in rear-end collision.

Subaru Hybrid Tourer Concept, 2009

Subaru Hybrid Tourer Concept, 2009

With the Subaru Hybrid Tourer Concept, Subaru has condensed its DNA, developed over many years around the Subaru's core technology of "Symmetrical All-Wheel Drive (AWD)" and "Horizontally-Opposed Boxer Engine", into the integration of a luxurious and high-quality cabin atmosphere and an eye-catching sculpted body. The Subaru Hybrid Tourer Concept features Subaru's latest evolutions in handling agility, riding comfort and superior safety performance. It proposes Subaru's vision of a future grand touring car that excels in environmental friendliness thanks to Subaru's unique hybrid system.

The Exterior
Subaru imagined wings with a feeling of freedom and confidence for driving far and wide in any environment. A luxurious and comfortable cabin, and advanced driving performance are contained within a sculpted aerodynamic form. The design features a combination of bright, open glass areas with a solid, reliable body.

The Interior
The original point of the ideal grand touring car is its interior design, featuring four independent and comfortably positioned seats. Passengers are enclosed within an atmosphere that provides a surpassing feeling of openness and stress-free reassurance, through the further pursuit of a human-centered philosophy, the essence of Subaru car design, and the incorporation of functions that are friendly to passengers.

* The top of the dashboard is movable up and down to provide an optimal driving environment for the driver according to driving conditions.
* A flat floor in the rear seat was achieved even with the implementation of AWD, for improved use and movement inside the cabin.
* Specialized shielding is incorporated in the windshield to reduce eyestrain on the driver.
* New leather covering developed with superior breathability and a ventilation function is used in the seats for improved comfort and texture.