The Faraday Future FF 91 is at CES 2017 and will Launch in 2018
Michael Hemsworth — January 4, 2017 — Autos
References: ff & geeky-gadgets
Making a debut at CES 2017, the Faraday Future FF 91 is a new electric vehicle from the brand that will deliver exceptional results in a sleek, modern design. Outfitted with a 783 kW electric motor, the vehicle is capable of pumping out the equivalent of 1,050 horsepower and can go from 0 to 60mph in just 2.39-seconds.
The Faraday Future FF 91 features a 130 kWh battery pack that will provide up to 378-miles of range with the ability to be charged from 50% to full in about 4.5-hours. The vehicle has a monocoque structure that sees the body and the chassis as a single form. This helps to increase the rigidity of the electric vehicle and increase overall handling and safety features.
The Faraday Future FF 91 features a 130 kWh battery pack that will provide up to 378-miles of range with the ability to be charged from 50% to full in about 4.5-hours. The vehicle has a monocoque structure that sees the body and the chassis as a single form. This helps to increase the rigidity of the electric vehicle and increase overall handling and safety features.
Trend Themes
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Electric Vehicle Performance — Opportunities to disrupt the automotive industry by improving electric vehicle performance and speed with technologies such as larger battery packs and more powerful electric motors.
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Electric Vehicle Safety — Opportunities to disrupt the automotive industry by developing new safety features and designs for electric vehicles such as monocoque structures and advanced braking systems.
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Electric Vehicle Range — Opportunities to disrupt the automotive industry by extending the range of electric vehicles through more efficient battery technologies and charging infrastructure.
Industry Implications
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Automotive — The automotive industry can disrupt itself by investing in electric vehicle research and development to compete with Faraday Future's technology and design.
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Energy — The energy industry can disrupt itself by investing in more efficient battery technologies and charging infrastructure to support the growth of electric vehicles and reduce fossil fuel dependence.
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Technology — The technology industry can disrupt itself by developing advanced safety features and designs for electric vehicles, such as monocoque structures and self-driving capabilities.
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