The Akylone is One of the Most Advanced Hypercar Concepts Out There
Rahul Kalvapalle — May 27, 2014 — Autos
References: genty-automobile & gizmag
French boutique high-performance car manufacturer Genty Automobile has released details of the 2015 Akylone concept, a supercar concept for the ages.
This hyper car will be fitted with a 366 CID V8 twin turbo engine that will bust out an incredible 1,200 brake horsepower and enable the Akylone to simply fly from zero to 100 km/h in an astonishing 2.7 seconds. The vehicle's top speed is estimated at around 354 km/h, making it more than 'just' a supercar but a hypercar.
The Akylone's chassis will be constructed from a composite of aluminum and carbon fiber, which will make it extremely lightweight at around 1,100 kg.
Although the Akylone is currently purely a concept, Genty Automobile has employed a company to assess their project and look into whether it fits road use requirements.
This hyper car will be fitted with a 366 CID V8 twin turbo engine that will bust out an incredible 1,200 brake horsepower and enable the Akylone to simply fly from zero to 100 km/h in an astonishing 2.7 seconds. The vehicle's top speed is estimated at around 354 km/h, making it more than 'just' a supercar but a hypercar.
The Akylone's chassis will be constructed from a composite of aluminum and carbon fiber, which will make it extremely lightweight at around 1,100 kg.
Although the Akylone is currently purely a concept, Genty Automobile has employed a company to assess their project and look into whether it fits road use requirements.
Trend Themes
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Hypercar Concepts — Manufacturers are creating hypercars that offer incredible acceleration and top speeds, providing an opportunity for advancement in automotive engineering and design.
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Lightweight Car Chassis — The development of composites, such as aluminum and carbon fiber, have enabled car manufacturers to make vehicles even lighter and more fuel-efficient.
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Turbo Engines — Twin turbo engines that produce high horsepower are becoming more common in hypercars and sports cars, providing an opportunity for innovations in engine design and technologies.
Industry Implications
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Automotive — Automotive companies that focus on the production of high-performance cars or vehicles with lightweight, aerodynamic designs will benefit from these trends.
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Composite Manufacturing — Manufacturers of composite materials like aluminum and carbon fiber will see increased demand due to their lightweight properties.
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Performance Engine Manufacturing — There is an opportunity for manufacturers to develop innovative engine technologies to produce twin turbo engines that are both powerful and fuel-efficient.
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