Opel Zafira, 2008

Opel Zafira, 2008

 

With fresh design accents and three additional engines, the new Opel Zafira will be available at dealerships from February 2008. The Zafira's striking looks communicate dynamics and self-confidence. Its 1.6-liter gasoline and two 1.7-liter CDTI engines embody the current trends: powerful, economical and affordable. This all puts the Opel compact van in an excellent position to continue the success story of the world's first fully versatile seven-seater, which will see its two millionth unit rolling off the assembly line early next year. Following the introduction of the second generation in mid-2005, this Zafira also belongs to the top of its vehicle class with over 450,000 units sold and around ten percent market share in Europe. The new edition of the bestseller makes its world premiere at the Bologna Motor Show (December 7 - 16, 2007).

Alain Visser, Chief Marketing Officer of GM Europe, describes the new Zafira as "the right offer at the right time. We know that customers are very satisfied with its quality, reliability, functionality and versatility. And now we've made the Zafira even sportier and equipped it with more efficient engines. This all keeps the Zafira in benchmark position in the European compact MPV class."

Dynamic V-styling defines face
The new Zafira is characterized by striking front and rear design elements that give the car a sporty note. The confident wide front chrome beam with integrated Opel logo takes the hood tapering and draws it into the two-part radiator grille fins, which are now fully chromed. The distinctive lines around the fog lamp recesses also integrate the bumper into the dynamic V-styling; headlamp housings are also in chrome-look. The Zafira Sport boasts an even more impressive look with its bold, full front lip. The resulting sweep continues from the flared wheelarches, over the side sills to the pronounced rear apron. Other new eye-catching features include two transparent 3-D cells in the red tail lamps. The design enhancement is rounded off by the rear lamps' silver-white strip, which crosses over into the rear chrome beam.

The further refined interior is accentuated by glossy chrome-rings around climate and radio controls as well as new decorative trim on the instrument panel and doors. The Cosmo version features elegant piano lacquer trim on the center console and decorative molding on the steering wheel. The infotainment systems with Navi, CD, DVD and MP3 functions also have stereo connections for external audio equipment, such as an iPod.

The Zafira's "trademark" Flex7 seating system is of course always on board. The unrivalled versatile system ensures fast reconfiguration of the interior without cumbersome removal of the seats.

New engines
The motto for engines is higher economy and power. With a new 1.6-liter gasoline and two 1.7 CDTI common-rail turbo-diesel engines, the range now boasts further highly-efficient propulsion alternatives. In future, Zafira customers can choose from a total of nine different engines. Their output spectrum ranges from the 94 natural gas hp of the especially economical and environmentally-compatible Zafira 1.6 CNG (Compressed Natural Gas) to the 240 turbo hp of the sporty top model Zafira OPC. With these two engines, Opel also enriches the segment with two innovative variants: the natural gas Zafira with only 138 g CO2 paved the way for this alternative form of propulsion, while the OPC version with 240 hp took over the pioneer role for sport vans.

The Zafira model line's favorable operating costs result from a number of factors including low fuel consumption, low maintenance requirements, long service intervals and above all high value retention. This all helped the Opel van to take first place in the "Best Value 2006" awards in specialist magazine "Auto Bild".

The new, weight-optimized 1.6 TWINPORT ECOTEC with seamlessly controllable intake and exhaust camshafts has output of 85 kW/115 hp. The four-cylinder, four-valve unit replaces the 77 kW/105 hp 1.6-liter engine and consumes just 7.0 liters of fuel per 100 km. This reflects a savings of 4.3 percent compared to the predecessor. At the same time, better driving performance can be achieved thanks to the increased power, which is reflected in the 9 km/h higher maximum speed and acceleration of 13.4 seconds from zero to 100 km/h.

The new 1.7 CDTI engines with 81 kW/110 hp and 92 kW/125 hp both come with six-speed manual transmission as standard and feature common-rail injection, four-valve technology with swirl control as well as maintenance-free diesel particulate filter. They replace the 74 kW/100 hp 1.9 CDTI and the manual gearbox version of the 88 kW/120 hp 1.9-liter diesel. With increased torque of 20 and 40 Nm respectively, the 1.7 CDTI units provide noticeably more power while consumption and emissions are reduced. Efficiency is increased by up to 5 percent. Both diesel units require 5.7 liters of fuel per 100 km and emit just 152 g CO2 per km.

Opel Meriva Concept, 2008

Opel Meriva Concept, 2008

 

 

The Opel Meriva Concept, due to be unveiled at the 78th International Motor Show in Geneva (March 6 - 16, 2008), illustrates how the new Opel design language can be adapted to create bold, fresh design solutions for this segment.

The Opel Meriva Concept takes flexibility to new heights with its innovative FlexDoors system, which consists of rear-hinged rear doors that swing open toward the back of the car. As the B-pillars have been purposely retained for passive security reasons, the Meriva Concept's front and rear doors can also be opened independently of each other. Other rear-hinged rear doors already on the market can only be opened after the front door has been opened. This innovation makes access to the car interior much easier and also offers a range of safety benefits over conventional car doors. In the Meriva Concept, this innovation is combined with the highly variable FlexSpace rear seating system familiar from the production Meriva.

The Flex Doors system also enhances comfort and functionality, as the highest point of the roof - just behind the B-pillars - is exactly where the passengers enter and exit the vehicle. This architecture enabled designers to create a very dynamic and unique silhouette, with the arched roof line sloping down to the C-pillars.

Especially eye-catching is the dynamic "wave" in the window line just behind the B-pillars, which provides an excellent all-round view for rear passengers, particularly for children. The body also boasts the distinctive "blade" bodyside form, which was a design element of the GTC Coupé and Flextreme. Another feature is the U-shaped windshield, which stretches up and back over the rear passengers' heads - echoing the Astra GTC's panorama windshield. The slim A-pillars and windshield pulled far down ensure plenty of light and a spacious interior atmosphere. Both elements contribute to the outstanding all-round visibility for the occupants.

Opel Corsa OPC, 2008

Opel Corsa OPC, 2008

 

 

Opel is shifting into top gear with the new Opel Corsa OPC. Following the sensational market launch of the Opel bestseller's fourth generation, the OPC version is now the quintessential expression of the Corsa's dynamic character. Top-level agility and vehicle control ensure pure Opel Corsa driving fun. Its 1.6-liter turbo engine with 141 kW/192 hp accelerates the compact three-door from zero to 100 km/h in 7.2 seconds and enables a top speed of 225 km/h. The maximum torque of 230 Nm is delivered to the front wheels by the standard six-speed transmission. In addition, the standard 'overboost' system can temporarily increase torque by around 15 percent to 266 Nm when required, providing a corresponding dynamics increase. This level of performance provides the newest member of the sporty OPC family, which now includes six models, with superb propulsion power in all driving situations. For instance, accelerating from 80 to 120 km/h takes just 6.7 seconds in fifth gear. The Opel Corsa OPC requires 7.9 liters of fuel per 100 kilometers, a moderate figure in this performance class.

Design: Reminiscence of motor sport vehicles
The sporty lines of the three-door Corsa are even more striking in the OPC variant. The roof spoiler, as well as the powerful front and rear aprons with distinctive gills make the OPC a real eye-catcher. Elements such as the darkly contrasting diffuser with integrated, centrally located triangular tailpipe and specially designed exterior mirrors are just a few examples of how much attention to detail was put into further developing the Corsa's bold, sporty character.
 

Sportiness also dominates the Opel Corsa OPC's cockpit. In addition to the typical OPC door sills, chrome-ringed instruments with red pointers and - depending on upholstery color - blue or silver-ringed air vents, the flat-bottomed leather sports steering wheel is especially eye-catching. Also reminiscent of motor sport vehicles, the steering wheel features a ring at its crown, while the center console in piano lacquer finish and aluminum pedals underline the sporty, high quality ambience. The sports seats with integrated head restraints are a joint new development by Opel and Recaro. These race-car-like seats provide optimal side support and protect both the driver and front passenger with integrated side airbags, which are integrated into the seat back - a first for a series production folding body-contoured seat.

Chassis tuned on Nürburgring Nordschleife
The Opel Corsa OPC's chassis has a unique, even sportier character thanks to extensive modifications. Through intensive tuning drives on the Nürburgring Nordschleife, engineers were able to achieve a sophisticated balance of agile handling and pronounced vehicle control. Key modifications include a stronger rear axle profile, which increases the roll rate by 25 percent, new spring/dampener tuning and a lowering of the body by 15 mm. The standard ESP system, which can be deactivated, has also been tuned to the car's sporty character. The new Opel Corsa OPC comes with 17-inch alloy wheels with 215/45 R17 tires ex works, while 18-inch rims and size 225 tires are available as an option. The large 16-inch brake system with blue painted brake calipers ensures strong deceleration: the Opel Corsa OPC boasts internally ventilated, 308 mm front disk brakes and 264 mm disk brakes at the rear.

Variable-progressive steering for sports car feeling
A unique feature for this class is the Opel Corsa OPC's variable-progressive steering, which provides a true sports car feeling. With a ratio of 13:1 during straight-ahead driving, the system response is already very direct. As the turning angle increases, so does the level of direct response, so that by 90 degrees the ratio is at 11.9:1. The variable progression also ensures that the response ratio increases again at greater steering-wheel angles to up to 13.1:1, reducing the effort needed for maneuvering or parking.

Design: Expressive Styling with a Passion for Geometry
The OPC model range has never been so wide and varied. This gave the design team the opportunity to design an extraordinary car with the Opel Corsa OPC. OPC Designer Ulli Hochmuth - responsible for shaping Opel's sportiest cars since 1999 - says, "The Corsa OPC is aimed at a considerably younger target group than most of its model family. That's why we styled the Corsa's sporty lines to be more expressive. We wanted to create an unmistakable driving machine."

Powerful front and rear aprons with distinctive gills give the compact, bold-looking sporty car a powerful stance, while the rear spoiler and darkly contrasting diffuser in the rear bumper ensure good looks and downforce. The front and rear are united by a sporty modeled side sill and as in other OPC models, the color-keyed crossbar is a distinctive characteristic of the radiator grille.

Sportiness also dominates the Opel Corsa OPC's cockpit. In addition to the typical OPC door sills, chrome-ringed instruments with red pointers and - depending on upholstery color - blue or silver-ringed air vents, the flat-bottomed leather sports steering wheel is especially eye-catching. Also reminiscent of motor sport vehicles, the steering wheel features a ring at its crown, while the center console in piano lacquer finish and aluminum pedals underline the sporty, high quality ambience. The sports seats with integrated head restraints are a joint new development by Opel and Recaro. These race-car-like seats provide optimal side support and protect both the driver and front passenger with integrated side airbags.

Chassis: Thorough Sporty Tuning On the Nürburgring
Pure driving fun was at the top of the agenda during the Opel Corsa OPC chassis' design. The sporty, compact car therefore boasts an appropriately sophisticated balance of agile handling and pronounced vehicle control. The technology team, consisting of specialists from series production and special vehicle development, used the Corsa Sport's technical basis to develop an even sportier setup, assisted by Lotus Engineering experts. The base tuning was set on the test course in Idiada, Spain, and then development moved to the Nürburgring Nordschleife. Five test cars with various fine-tunings were compared by experienced chassis engineers. Racing car driver and brand ambassador Manuel Reuter was also a regular test crew member. The data obtained from the circuit was continuously checked for its everyday suitability on the Eifel Mountains' country roads around the Nürburgring, and there were also calibration drives at Opel's test center in Pferdsfeld. The final check was an endurance test of a special kind: over just ten days, the Opel Corsa OPC had to prove its durability with a 10,000 kilometer hardness test on the Nürburgring Nordschleife.

Key elements of the OPC's chassis, which has been lowered by 15 mm compared to the base Corsa variants, include a stronger rear axle profile that increases the roll rate by 25 percent. The spring/dampener tuning was adjusted accordingly and an optimum characteristic chosen for the gas-pressure shock absorbers. The standard ESP system, which can be deactivated, was also tuned to the car's sporty character. The new Corsa OPC comes with 7 J x 17 alloy wheels with 215/45 R17 tires ex works, while 7.5 J x 18 rims and size 235/35 R 18 tires are available as an option. The large 16-inch brake system with blue painted brake calipers ensures strong deceleration: the Opel Corsa OPC boasts internally ventilated, 308 mm front disk brakes and 264 mm disk brakes at the rear.

Variable-progressive steering for sports car feeling
A unique feature for this class is the Opel Corsa OPC's variable-progressive steering, which provides a true sports car feeling. With a ratio of 13.0:1 during straight-ahead driving, the system response is already very direct. As the turning angle increases, so does the level of direct response, so that by 90 degrees the ratio is at 11.8:1. The variable progression also ensures that the response ratio increases again at greater steering-wheel angles to up to 13.3:1, reducing the effort needed for maneuvering or parking.

Engine: High Performance Density, Even More Torque with Overboost
The Opel Corsa OPC's turbo engine produces 141 kW/192 hp at 5850 rpm. Compared to the Meriva OPC and current turbo variants in the Astra generation, the induction air and exhaust gas routing has been further optimized. This not only improves the engine's maximum power output, but also its propulsion power. The maximum torque of 230 Nm, available across a wide range between 1980 and 5850 rpm, is delivered to the front wheels by the standard six-speed transmission. In addition, the standard 'overboost' system can temporarily increase torque by around 15 percent to 266 Nm when required, providing a corresponding dynamics increase.

These elements all combine to give the most compact OPC model driving performance like a sports car. The turbo engine accelerates the Corsa from zero to 100 km/h in 7.2 seconds and enables a top speed of 225 km/h, while quick intermediate sprints highlight the high level of torque: accelerating from 80 to 120 km/h takes the three-door car just 6.7 seconds in fifth gear. The Opel Corsa OPC requires 7.9 liters of fuel per 100 kilometers, a moderate figure in this performance class.

The clever, light construction is a distinguishing characteristic of the standard engine. Including the aluminum bearing cover, the grey cast iron block weighs only 27 kg. Using this material also saves on extensive, heavy noise reduction measures around the engine.

The cylinder head, sump and turbo-specific induction manifold with side-mounted throttle valve in the Opel Corsa OPC are all made from aluminum. The turbocharger housing is integrated into the cast exhaust manifold - an Opel-typical design and optimal for the turbocharger's weight and fast reaction. The water-cooled turbocharger was developed jointly by Opel and specialists BorgWarner Turbo Systems (previously KKK).

Seats: Sporty Body-Contoured Design, New Geometry

With plenty of side support - the most important element of any sport seat - ideal suitability for long journeys and high levels of seating comfort for passengers of all statures, the Opel Corsa OPC's front seats are truly multi-talented. Developed jointly by Opel and Recaro, they not only look like race-car seats, but are also based on a plastic shell. The advantage of this design is that contouring and pressure distribution can be better controlled than in conventional, mass-produced, steel-framed passenger-car seats. Corsa seats are produced by a thermoplastic injection molding process, with glass fibers to reinforce the plastic.

Technical Specifications
    * Length: 4040 mm
    * Width: 1713 mm
    * Height: 1488 mm
    * Wheelbase: 2511 mm
    * Track front/rear: 1485/1478 mm
    * Curb weight (without driver): 1203 kg
    * Engine: Four-cylinder turbo
    * Displacement: 1598 cm3
    * Max. output: 141 kW (192 hp) @ 5850 rpm
    * Max. torque: 230 Nm @ 1980 - 5800 rpm
    * Max. torque with overboost: 266 Nm
    * Transmission: Six-speed, manual
    * Top speed: 225 km/h
    * Acceleration
          o 0-100 km/h: 7.2 seconds
          o 80-120 km/h in fifth gear: 6.7 seconds
    * Consumption
          o urban: 10.5 l/100 km
          o extra-urban: 6.4 l/100 km
          o combined: 7.9 l/100 km
    * CO2 emissions: 190 g/km

Opel Corsa GSi, 2008

Opel Corsa GSi, 2008

The theme of the new Opel Corsa GSi is 'more substance than show'. In contrast to the Opel Corsa OPC, which was launched a few months ago, the new GSi radiates subtle sportiness rather than uncompromising high-performance, and will be unveiled at the Barcelona Motor Show (June 7 - 17, 2007). The GSi's powerful 1.6 ECOTEC turbo engine produces 110 kW/150 hp at 5000 rpm, positioning the new sporty model between the Corsa Sport 1.7 CDTI (125 hp) and the high-performance Corsa OPC (192 hp).

The Corsa GSi combines the virtues of its compact dimensions with impressive performance over the entire rpm range, which actually positions the model in the next higher car class. The addition of the GSi to the Corsa model line expands the range to five gasoline and three diesel variants with a performance spectrum of 60 to 192 hp. Over 320.000 new Corsas have been sold across Europe since the fourth-generation's launch in October 2006.

Corsa GSi customers have the choice of a three or five-door variant. Powered by the 1.6-liter turbo gasoline engine, the new Corsa has a top speed of 210 km/h and accelerates from zero to 100 km/h in 8.1 seconds. The Electric Power Steering (EPS) with variable progressive feedback curve and lowered sport chassis (front: 18 mm, rear: 15 mm) with ESP as standard ensure agile handling.

The Opel Corsa GSi's styling is subtly sporty, with exterior modifications such as a front spoiler lip, rear apron lip and spoiler, color-keyed side sills, chrome sport tailpipe and 17-inch alloy wheels. The interior's dynamic ambience is emphasized by the comfortable, charcoal/red upholstered sport seats with high side support, a leather steering wheel with red inserts, red safety belts and aluminum-style pedals.

Noble Steps Up to the Supercar Elite, 2006

  Noble Steps Up to the Supercar Elite, 2006

 

The M15 accelerates from 0-60mph in less than 3.5 seconds and 10 100mph in less than 8s. It keeps going all the way to 185mph, too, and has been tuned for rapid acceleration throughout the range rather than an easily achievable 200mph top end speed. With the complementary figure of 455lb/ft of torque, all in a car that weighs slightly more than 1200kg, the M15 is devastatingly fast.

Supreme cornering skills and a confidence-inspiring chassis are part the DNA and, in this respect, the M15 promises to be the best yet. The spaceframe chassis with integral rollcage is 57 per cent stiffer than the M12 that has won plaudits throughout the world and intensive development has ensured that the fabled Noble handling on the limit is even better than before.

Honda P-NUT Concept,2009

Honda P-NUT Concept,2009

 

 

The Honda P-NUT Concept (Personal-Neo Urban Transport) demonstrates a futuristic concept for an ultra-compact and sophisticated city coupe, American Honda Motor Co., Inc., announced at the 2009 Los Angeles Auto Show.

Conceived around a small "footprint" for maximum convenience in tight urban settings, the packaging concept integrates a center driving position configuration and a rear powertrain layout. The exterior styling leverages crisp angles with dynamic flowing lines that originate from the front of the vehicle and span outward toward the rear. The end result is a sleek and aggressive exterior that also allows for a spacious and open interior with excellent visibility.

The exterior styling is intended to capture a future direction for premium sophistication while balancing the need for maximum interior space and an aerodynamic appearance. The interior layout, in conjunction with the rear powertrain design, contributes prominently to the exterior's overall shape.

The layout of the interior space, with its center driving position flanked by two rear seats, provides generous legroom for all occupants, roughly the equivalent of a mid-sized sedan in a vehicle that has an exterior footprint similar to a micro car. Interior functionality is increased by rear seating areas that fold up and out of the way to increase storage capacity. The windshield serves as a heads-up display for the navigation system and the back-up camera.

The modular rear engine bay, depicted on the exterior by blue composite material, is designed to accommodate a wide variety of potential propulsion technologies including a conventional small displacement internal combustion engine, a hybrid gasoline-electric powertrain, or a battery-electric powertrain.

The Advanced Design Studio of Honda R&D Americas, Inc. in Los Angeles developed the Honda P-NUT Concept. Honda R&D Americas began its operations in California in 1975 with local market research activities and has steadily grown its capabilities over the past 33 years to include all aspects of new vehicle research, design and development. Recent Honda-brand efforts include trend-setting products such as the Pilot, Ridgeline, Element, Civic Coupe and Civic Si Coupe.

Specifications

• Size class: Ultra-compact
• Layout: Rear-engine, rear-wheel-drive
• Passengers: 3
• Length: 3,400 mm
• Width: 1,750 mm
• Height: 1,439 mm
• Powertrain: Internal-combustion engine, hybrid-electric or battery-electric

Honda Pilot Prototype 2009

Honda Pilot Prototype 2009

 

 

The prototype conveys the design features of the more boldly-styled 2009 Pilot, which emphasizes authentic SUV styling, clever and more accommodating interior packaging and advanced technologies for safety, fuel efficiency and convenience.
The functional eight-passenger seating, a hallmark of the Pilot, becomes even easier to access in the third row as key dimensions for legroom, cargo and occupant space increase in all seating positions. A redesigned platform allows even more refined handling and ride comfort to exist seamlessly with all-weather and medium-duty off-road capabilities.
The Pilot will feature the Honda-exclusive Advanced Compatibility Engineering (ACE) body structure and the most extensive use of high-strength steel in any Honda product to date.

The ACE body structure enhances frontal collision compatibility with vehicles of different sizes and bumper heights. A pedestrian injury mitigation design in the front of the vehicle is designed to help absorb energy in the event of a collision.

A crossover SUV platform underpins the Pilot to provide the best of the car and truck worlds by integrating the refined traits and packaging advantages of a unit body car design with the utility and capability of an SUV design. A V-6 engine introduces the latest generation of Honda fuel-saving Variable Cylinder Management (VCM) technology that operates in 6-cylinder mode for power and 4- and 3-cylinder modes for efficiency, an improvement compared to the existing Pilot's available VCM system that works exclusively in 6- and 3-cylinder modes.

The three rows of seats provide a high degree of adaptability for people and large cargo loads. The first row provides a commanding view of the road from two captains' chairs. A wide center stack and center console form the styling anchor for the interior with a design that emphasizes spaciousness and power, while allowing for convenient access to navigation, entertainment and climate-control systems.
The 60/40 split second row, more spacious, slides further forward for increased ease of access to the third row. The 60/40 split third row, now supplies enough knee room for an above-average-sized adult male to fit comfortably, making the Pilot's third row among the most practical in the industry. Each side of the second and third row independently folds down for cargo. A flat floor is created when the second and third rows are folded down.

The Honda Pilot has earned Car and Driver Magazine's prestigious "5Best Truck" award on six consecutive occasions (2002-2007). The current-generation 2008 Pilot is also among an elite group of vehicles to receive both a "Top Safety Pick 2008" from the Insurance Institute for Highway Safety (IIHS) and a 5-star crash safety rating for frontal and side collisions from the National Highway Traffic Safety Administration (NHTSA).

Honda CR-Z Concept, 2009

Honda CR-Z Concept, 2009

The Honda CR-Z Concept 2009, displayed at the Tokyo Motor Show, is the most recent prototype of a compact, agile coupe using Honda's IMA technology. When the production version goes on sale in the UK in the summer of 2010, it will be the world's first sports hybrid car, and the first ever petrol-electric vehicle to employ a 6-speed manual transmission.

GMC Terrain, 2010

GMC Terrain, 2010

The GMC Terrain is a five-passenger crossover SUV that blends bold styling with fuel efficiency and premium features.

A new, 2.4L four-cylinder engine that features direct injection is expected to deliver best-in-segment highway fuel economy of 30 mpg. Maximum fuel economy is achieved in part with an "ECO" mode that is activated via a console-mounted button. When engaged, it lowers the torque converter lockup speed to 1,125 rpm to help save fuel on models equipped with the 2.4L engine.

With front-wheel-drive and all-wheel-drive models offered in SLE and SLT trim levels. 

The comprehensive purposeful technologies:
    * Standard rear vision camera
    * Programmable power rear liftgate
    * Bluetooth hands-free phone capability
    * MultiFlex sliding rear seat that increases passenger comfort or provides optimal cargo space
    * Remote vehicle start
    * USB audio connectivity; MP3 playback
    * Seven-inch touch-screen navigation system and a 40-gigabyte hard drive
    * DVD-based rear-seat entertainment system with two independent screens
    * Standard OnStar and XM Satellite Radio

Segment-best safety is anticipated, with features that include four-wheel disc brakes with StabiliTrak electronic stability control and traction control, as well as six standard air bags: dual frontal air bags; head curtain side air bags and pelvic/thorax seat-mounted side air bags. OnStar with one-year Safe and Sound service is also standard.

Bold styling
GMC Terrain has a balanced, athletic stance and offers a commanding view of the road. Its design is characterized by bold, muscular fender flares, representing GMC's aesthetic. Surfacing is angular yet refined, with a strong and capable front-end appearance that features precise, squared-off edges.
The additional design features include a unique, three-element grille that is accented by a prominent chrome surround and projector-beam headlamps mounted in large, rectangular housings with chrome accents.

The interior details and flexibility
The GMC Terrain's rich, premium interior is influenced by industrial sculpture and exudes refinement exemplified by contrast stitching and fine materials that create a structured look throughout the cabin. A "floating" center stack, highlighted by warm ambient lighting, houses a multitude of ergonomic comfort and convenience controls.

The GMC Terrain also features great attention to detail, with smart use of storage space and compartments that are suitable for a variety of items. They include an oversized glove box; a closed storage area in the instrument panel above the center stack; a closed storage compartment under the center armrest large enough for a laptop computer; and two-tier storage in the doors.

GMC Terrain's seats were developed to provide outstanding comfort and the standard MultiFlex sliding rear seat can be moved fore or aft nearly eight inches (200 mm), providing increased passenger comfort or greater rear cargo capacity. The 60/40-split rear seatback offers additional configurations for passengers and cargo; and the rear cargo area offers 31.6 cubic feet (894 liters) of storage, as well as one of the GMC Terrain's four auxiliary power outlets.

The Confident and agile driving experience
2 new engines are offered on all GMC Terrain models, each with fuel-saving direct injection and variable valve timing technology. 

 

Vehicle highlights:

• New 3.0L DOHC direct injected V-6 engine estimated at 264 horsepower (197 kW), which  delivers an estimated 25 mpg highway, 18 mpg city (EPA certification pending).
• New 2.4L Ecotec direct injected I-4 engine estimated at 182 horsepower (136 kW) that delivers an estimated 30 mpg highway, 21 mpg city (EPA certification pending)
• Driving range of more than 500 miles (800 km) with both engines, for less-frequent fill-ups

The powertrains are mounted on a rigid, body-integral structure, with single-piece body side stampings and targeted applications of high-strength steel. It is the foundation of a confident driving experience that is both smooth and responsive.

GM's first application of Active Noise Cancellation (ANC) technology is used on 2.4L-equipped models. ANC uses microphones to detect booming sounds inside the vehicle and sends counteracting sound waves through the audio system's speakers, ensuring a quiet driving experience at almost all vehicle speeds.

The GMC Terrain rides on a 112.5-inch (2,857 mm) wheelbase and features a four-wheel independent suspension system, with wide front and rear tracks that enhance the ride and handling. A family of 17-inch, 18-inch aluminum and 19-inch chrome-clad wheels is available.

GMC Terrain's rack-mounted electric power steering system provides greater fuel efficiency on four-cylinder-equipped models, saving nearly 11 miles per tank of gas.

GM PUMA Concept, 2009

GM PUMA Concept, 2009

 

Dubbed Project P.U.M.A. (Personal Urban Mobility and Accessibility), GM and Segway are developing an electrically powered, two-seat prototype vehicle that has only two wheels. It could allow people to travel around cities more quickly, safely, quietly and cleanly - and at a lower total cost. The vehicle also enables design creativity, fashion, fun and social networking.

GM and Segway announced their collaboration, while demonstrating the Project P.U.M.A. prototype in New York City.

Trends indicate that urbanization is growing, and with that comes increased congestion and more competition for parking. Cities around the world are actively looking for solutions to alleviate congestion and pollution. Project P.U.M.A. addresses those concerns. It combines several technologies demonstrated by GM and Segway, including electric drive and batteries; dynamic stabilization (two-wheel balancing); all-electronic acceleration, steering and braking; vehicle-to-vehicle communications; and autonomous driving and parking. Those technologies integrate in Project P.U.M.A. to increase mobility freedom, while also enabling energy efficiency, zero emissions, enhanced safety, seamless connectivity and reduced congestion in cities.
 

Project P.U.M.A. vehicles will also allow designers to create new fashion trends for cars, and to focus on the passion and emotion that people express through their vehicles while creating solutions that anticipate the future needs of urban customers.

The Project P.U.M.A. prototype vehicle integrates a lithium-ion battery, digital smart energy management, two-wheel balancing, dual electric wheel motors, and a dockable user interface that allows off-board connectivity. The result is an advanced and functional concept that demonstrates the capabilities of technology that exists today.

Built to carry two or more passengers, it can travel at speeds up to 35 miles per hour (56 kph), with a range up to 35 miles (56 km) between recharges.

Since the introduction of the Segway Personal Transporter (PT), Segway has established itself as the leader in the small electric vehicle space. Its approach to congestion and environmental challenges is balanced with a strong understanding of the functional needs of its customers, enabling them to do more with less. Segway has delivered more than 60,000 lithium-ion batteries to the market.

GM has been a leader in "connected vehicle" technologies since it introduced OnStar in 1996. Today, this on-board communications package connects six million subscribers in North America to OnStar safety and security services. GM has also pioneered vehicle-to-vehicle (V2V) communications systems and transponder technology. These and additional connected vehicle technologies could ultimately enable vehicles that don't crash and drive themselves.

GM HydroGen4 Concept, 2008

GM HydroGen4 Concept, 2008

 

The GM HydroGen4 the goal of achieving sustainable mobility with zero emissions came a step closer when GM announced the European part of its biggest ever test programme for fuel cell vehicles.

Nine companies will be the first to operate GM's HydroGen4 zero-emission vehicles in the Berlin area as they go about their day-to-day business: ADAC, Allianz, Coca Cola, Hilton, Linde, Schindler, Axel Springer, Total and Veolia. This real-world road test will run under the umbrella of the Clean Energy Partnership (CEP), a German Federal Department for Transport, Building and Urban Development funded project focused on proving the day-to-day suitability of hydrogen as a fuel for road transport.

GM HydroGen4 on the RoadAs an integral part of GM's overall advanced technology strategy towards further electrification of the car, this fourth generation fuel cell vehicle is the culmination of more than 10 years development work with hydrogen and fuel cell technology. The HydroGen4 features improvements in everyday usability, such as performance and durability. Globally, GM deploys more than 100 vehicles of this type in its Project Driveway testing programme in the U.S., Japan, Korea, China, and Germany. In the U.S., more than 100,000 people have applied as mainstream drivers for the market test. To date, 3,400 people have driven the vehicles and 30 families have used the vehicle on a daily basis over a period of around three months. In total, the vehicles were driven almost 435,000 miles. Feedback from these demonstration activities not only gives GM engineers essential validation data, but also provides a valuable insight into the likely ownership and driving experience of future customers.

The vehicles are equipped with a wireless data transfer system that assists engineers by uploading vehicle performance data to a company server. Maintenance of the vehicles deployed in Berlin will be done at a regular Opel dealer equipped with the personnel and tools necessary for servicing fuel cell vehicles.

HydroGen4's fuel cell stack uses 440 single cells which combine hydrogen and oxygen from the air to produce electricity, with water vapour as the only by-product, and therefore zero emissions. The fuel cell stack provides the electric energy for the 73kW-synchronous electric motor, delivering acceleration of 0-62mph in around 12 seconds and a top speed of 100mph.

The electric motor's instant torque characteristics also give the vehicle an excellent pick-up from low speed. The GM HydroGen4 is fitted with a 1.8 kWh buffer battery to store energy from the vehicle's regenerative braking system and cover peak electrical loads. The three carbon-fibre composite tanks hold 4.2 kg of hydrogen at a pressure of 700 bars, sufficient for an operating range of up to 320 kilometres.

GM HydroGen4 can start and run in sub-zero temperatures, a considerable advance over the previous generation technology and an important benefit for everyday usability. It is designed to be as safe as conventional vehicles and includes unique hydrogen safety features in each of its major systems.