Super Sport Car Evolution: March 2011

Thursday, March 31, 2011

Citroen Survolt

Exotic Citroen Survolt With Beautiful Lighting

Elegant Citroen Survolt Show Up

Citroen Survolt Concept

Citroen Survolt Exotic Interior

Citroen Survolt From Back Side

Sporty Citroen Survolt

Citroen Survolt Art Painting

Citroen Survolt

Exotic Citroen Survolt With Beautiful Lighting

Elegant Citroen Survolt Show Up

Citroen Survolt Concept

Citroen Survolt Exotic Interior

Citroen Survolt From Back Side

Sporty Citroen Survolt

Citroen Survolt Art Painting

Hyundai Santa Fe Blue Hybrid Concept, 2008

Hyundai Santa Fe Blue Hybrid Concept, 2008

The vehicle maintains the overall design and dynamics of the standard Hyundai Santa Fe, but is altogether a different car under the hood. Hyundai engineers developed a proprietary parallel hybrid drive system which mates the powerful but thrifty 2.4-litre Theta engine to a six-speed automatic transmission and a 30Kw electric motor for maximum fuel economy and substantially reduced CO2 emissions. And it also can be used as a generator in order to save regenerative electric energy to the battery. This proprietary parallel hybrid drive architecture will serve as the foundation for all future hybrid drive vehicles to be developed by Hyundai.

Hybrid Technology
The petrol-electric hybrid technology featured in the Hyundai Santa Fe Blue Hybrid reduces CO2 emissions to just 148 g/km (combined cycle) and delivers a fuel consumption figure of 6.2l/100km (combined cycle). With an estimated top speed of 170 km/h and a 0-100km/h acceleration time of 10.6 sec.
To maximize fuel economy, all of the Theta's major driveline and cooling system components have been optimized to reduce friction, while the crankcase has been filled with low friction oil engine control software automatically shuts off the engine when the vehicle comes to a halt, cutting emissions to zero. When pressure is reapplied to the accelerator pedal, the Integrated Starter Generator (ISG) automatically restarts the engine. The Theta's engine control software governing injection pressure, engine cycle timing and exhaust retreatment rates has been revised to further reduce fuel consumption.
In addition, the latest electric motor-assisted steering system reduces power drain, and very low resistance tyres further optimize fuel economy.

Electric propulsion for the Hyundai Santa Fe Blue Hybrid is provided by a 30kW electric motor (205Nm) which is coupled directly to the six-speed automatic tranmssion. The top three gear ratios have been extended to ensure lower engine revolutions per minute (RPM) and further enhance fuel economy. Electrical power is stored in a 270V Lithium Polymer rechargeable battery (5.3Ah/270V) which has significant advantages over lithium-ion batteries, including higher energy density and lower manufacturing costs. Li-Poly is also more resistant to physical damage and can also take more charge-discharge cycles before storage capacity begins to degrade.

To be sold initially in the Korean domestic market under the Avante badge, the Elantra LPI Hybrid will be the world's first electric hybrid vehicle to be powered by liquid petroleum gas (LPG) and the first to adopt advanced Li-Poly batteries.
Hyundai's developed its very first hybrid electric vehicle in 1995 when it unveiled the Future Green Vehicle at the Seoul Motor Show. In 1999 it displayed an Elantra Hybrid Electric Vehicle (HEV) at the Seoul Motor Show and, in 2000, an Accent HEV - both of which featured 'hard-type' parallel electric drive systems and Integrated Starter Generator technology. However, these research development vehicles did not go into mass production.
In 2004, the company moved its HEV program into low-volume test production, delivering 50 examples of a gas-electric hybrid Hyundai Getz (B-segment vehicles badged as Hyundai Click in the Korean domestic market) to Korean government agencies as part of a fleet demonstration project. These were 'mild-type' hybrid systems using 12kW motors and nickel metal hydride batteries. The hybrid technology development program continued to expand and, in 2005, Hyundai and its affiliate Kia Motors Corp. delivered 350 more units to the demonstration fleet, 730 more units in 2006 and 1,682 more units in 2007, including Accent HEVs.

Innovative Panoramic Roof
The Hyundai Santa Fe Blue Hybrid features an innovative three-piece panorama sunroof. The moveable glass top has UV filtration which reduces thermal loading without restricting light transparency. And to protect cabin occupants against solar radiation, an adjustable shade can be operated separately from the glass top. The modular system solution was developed Magna Car Top System.

Hyundai HED-5 i-Mode Concept, 2008

Hyundai HED-5 i-Mode Concept, 2008

The Hyundai introduce a new concept car which hints at a future MPV production model and showcases advanced technologies. The Hyundai HED-5, named "i-Mode" is a six-seater people carrier that incorporates high-tech materials, an advanced seating concept and state of the art communication technology in a completely new vehicle.

By working together with the partners Bayer MaterialScience AG, Keiper and LG Electronics, Hyundai is continuing a cross-industry co-operation to drive new technologies faster to market. The co-operation with Bayer MaterialScience enabled the radical design of the Hyundai HED-5 to be implemented more quickly. The materials used are lighter and more adaptable than the metal and glass they replace.
In combination with a light weight body construction, reduces fuel consumption and CO2 emissions. Self-healing water based bodywork finishes from Bayer add to the environmentally friendly concept of the vehicle and even let minor scratches magically disappear by themselves. The i-Mode is the first vehicle to feature the new "BayVision" glazing system and Collimator headlight lenses made from Makrolon�.
Through the advanced entertainment concept developed by LG electronics, the vehicle becomes an extension of the digital home, allowing passengers to stay connected, communicate and interact in the car. Access to the web, video games, movies or video calling are all possible through the pop-down touch-screen displays and webcams, located within the overhead console. A wireless network enables a selection of cable-free keyboards, game controllers and headphones to further personalise the entertainment experience. The advanced developments seen on the i-Mode give a dynamic indication of real possibilities for the near future.
Hyundai's engineering partner Keiper supported the i-Mode project with the exclusive world premiere of its new and unique Swivel Seat concept. The first row passenger seat rotates to face second and third row occupants. When the seat is turned, the backrest converts into a comfortable seat surface. This is made possible by a fully concealed, power-operated kinematic system. The integrated seatbelt system - another technically advanced debut - and the adjustable headrest maximize passive safety for passengers in either sitting position. The second row bench slides rearwards to increase comfort and create a social area.

The Hyundai HED-5 i-Mode concept demonstrates the increasing awareness Hyundai has towards environmental issues. Cooperation with Bayer Material Science has seen use of the innovative glazing alternative 'Makrolon', enabling the car to have extended transparent areas, reducing weight and increasing fuel economy.
The Hyundai HED-5 "i mode" includes the hexagonal shaped grill, which symbolises the new brand identity for Europe. This feature, previously showcased on earlier Hyundai concept cars, demonstrates the consistency in developing a coherent design language. It is through such characteristics that Hyundai aim to enhance the perceived quality and recognition of their products.
Through the door opening mechanism, the interior is in the form of a lounge compartment. The interior represents the concept of social space, an environment where all occupants can enjoy safe travel in comfort, surrounded by sophisticated technology and luxurious materials.
The seats, which offer first class comfort for all occupants, combining a modern look with innovative functionality. The Cognac leather cushions and the burgundy lacquered seat structure give the occupants a lounge atmosphere without the limitations of a conventional automotive interior layout.
The light beige headliner, which continues through into the pillars, provides the interior with a floodlit, almost roofless panoramic appearance. The horizontal trim colour division, between dark and light tones further emphasises this.

All-new R Diesel with Two-Stage Turbocharging
i-Mode is powered by an all-new 2.2-litre R diesel engine which first passes the intake air through a low-pressure turbocharger from where it is forced into a high-pressure turbocharger for maximum boost: 158kw (215ps) and 47kg.m of peak torque (461 Nm). The R Engine has a power density in excess of 70kw per litre putting Hyundai diesel technology in the same class as any leading German automaker. When its low-end torque of 30kg.m is compared with the 19kg.m of low-end torque delivered by the standard R Engine, one quickly appreciates the value of dual-stage turbo charging.
The R Engine is a smooth-shifting 6-speed automatic gearbox. Even at maximum loads, the engine does not incur fuel consumption penalties thanks to its high capacity for exhaust gas recirculation that also benefits efforts to reduce NOx emissions. The R Engine is assured of meeting future, more stringent EU exhaust emission standards.

Wednesday, March 30, 2011

Lexus GS

The Lexus GS is a series of mid-size luxury sports sedans / executive cars sold by Lexus since 1993. Designed to fill the gap between the ES and LS, and to provide Lexus with a performance sedan to compete in the mid-luxury class, three generations of the GS have been produced to date. The first incarnation of the GS was introduced in 1993 in the United States, Europe and selected markets in Asia. The second generation model premiered in 1998, using a new platform and adding a V8 version for the first time outside Japan. The current third generation GS, which premiered globally for the 2006 model year, comes in both V6, V8, and hybrid versions, later known as the GS 450h performance hybrid. The third generation GS is also the first model to feature Lexus' own L-finesse styling upon its introduction.

Lexus GS Review - Kelley Blue Book

Lexus GS Beautiful Lighting

Lexus GS Modification

Styled by the famous Italdesign Giugiaro firm, and equipped with an independent, double-wishbone suspension setup, the Toyota Aristo was launched in October 1991, offering two inline-6 powered versions for the Japanese market: the 3.0Q and 3.0V. The Aristo 3.0Q (codename JZS147) featured a 2JZ-GE engine which produced 226 hp (169 kW), while the Aristo 3.0V (JZS147) was equipped with a 24-valve twin-turbo 2JZ-GTE engine which produced 276 hp (205 kW). This twin-turbo engine was the same as could be found in the Toyota Supra RZ (JZA80). In 1992, a third model, the V8-powered 4.0Zi-Four (codename UZS143), joined the Aristo lineup. This model came with standard four-wheel drive and a 250 hp (186 kW) 1UZ-FE engine. This V8 had also been used in the first generation Lexus LS and the Toyota Crown Majesta. However, the only engine available for export markets was the 2JZ-GE inline-6.

Lexus GS Interior

Lexus GS Engine

Lexus GS With High Technology

The GS interior was available with leather bird's-eye maple or walnut trim. Major standard features ranged from a 10-way driver and front passenger power and heated seats with three-position Lexus Memory System, SmartAccess keyless system with push-button start, a driver-side hidden drop-down panel for infrequently used controls, standard 7-inch touchscreen display, and LED lighting in the cabin. Unique to the Lexus GS series was a three-pod instrument cluster with machined aluminum facings and an electrochromic feature. Optional features ranged from a power moonroof to a discrete 5.1 surround sound 14-speaker 330 watt Mark Levinson premium sound system, XM-satellite radio and DVD-based navigation with backup camera and Bluetooth technology. Competitors to the Lexus GS included the BMW 5-Series, Mercedes-Benz E-Class, Volvo S80, Audi A6, Jaguar XF, Infiniti M, and Acura RL.

Lexus GS

Lexus GS Review - Kelley Blue Book

Lexus GS Beautiful Lighting

Lexus GS Modification

Lexus GS Interior

Lexus GS Engine

Lexus GS With High Technology

See Split-screen Action 2011 Nissan GTR Vs Corvette ZR1

Nissan GTR Vs Corvette ZR1 Last week we told you about the new times more quickly identify the Nurburgring Nissan GTR, with a video that proves that Godzilla 2012 managed to shave 2.48 seconds from his best lap time. We were under the impression that GTR new best time was probably the best Corvette ZR1, but a side-by-side (or rather a top to bottom) video comparison of two runs to give us definitive answers.

Beyond pitting the car jumps the camera ZR1 (top screen) vs 2012 GTR (bottom screen). Pay attention to the five-minute clip of 6:20, as the vehicle to lose is a good result at this stage of the competition. A fun little race, but you have to hit the jump and look to see the same winner.

AUDI R10 - 2011 MY Marouane Bembli

AUDI R10 - 2011 MY Marouane Bembli

In November 2009, 23yo Swedish industrial design student Marouane Bembli a study of impressive design for a proposed model for halo feels Audi R8 above. With its clean lines, central cockpit and Rolls-Royce Phantom rivaling the proportions, the R10 was a good thing if the proposal is unlikely that a new Audi supercar generation.

Now, two years older and probably a bit 'wiser, Bembli R10 is again addressed to what I call the R10 v2.0. Although the concept of small roof coupe off the body in a central position V10 remains unchanged, Bembli new-for-2011 R10 features more aggressive front-end treatment with a higher rear-view mirrors and windows of the cabin passengers, and adding fighter to inspire half suction.