The TGR Concept Sports Car Design Has One HP for Each Kilo
Michael Hemsworth — November 5, 2018 — Autos
References: tuvie
The TGR concept sports car design by Nathapol Wanathong for KVAN is an animalistic-inspired vehicle that stands out from the crowd, while also providing impressive power capabilities for reaching top speeds.
The vehicle is focused on a one-to-one ratio for power-to-weight, which equals out to one horsepower for every kilogram of weight. This is achieved thanks to a carbon fiber and plastic body that help it weigh less than 800 kilograms and a double electric motor that has an output of 800hp; a capacitive battery pack allows range as high as 400km per charge.
The TGR concept sports car design has a sultry aesthetic that is inspired by the Panthera of the Felidae family for a graceful, animalistic look and driving experience.
The vehicle is focused on a one-to-one ratio for power-to-weight, which equals out to one horsepower for every kilogram of weight. This is achieved thanks to a carbon fiber and plastic body that help it weigh less than 800 kilograms and a double electric motor that has an output of 800hp; a capacitive battery pack allows range as high as 400km per charge.
The TGR concept sports car design has a sultry aesthetic that is inspired by the Panthera of the Felidae family for a graceful, animalistic look and driving experience.
Trend Themes
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Equalized Power-to-weight Ratio — Disruptive innovation opportunity: Develop lightweight materials and high-powered motors to achieve a one-to-one ratio of power-to-weight in various industries.
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Carbon Fiber and Plastic Body — Disruptive innovation opportunity: Explore the use of carbon fiber and plastic composites to create lightweight and fuel-efficient vehicles in the automotive industry.
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Double Electric Motor with High Output — Disruptive innovation opportunity: Invest in electric motor technologies with high power output to enhance performance and efficiency of electric vehicles across different sectors.
Industry Implications
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Automotive Industry — Disruptive innovation opportunity: Reimagine the design and manufacturing processes of cars to incorporate lightweight materials and powerful electric motors.
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Electric Vehicle Industry — Disruptive innovation opportunity: Develop advanced battery technologies to increase the range and performance capabilities of electric vehicles.
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Materials Science Industry — Disruptive innovation opportunity: Research and develop new lightweight materials such as carbon fiber composites to revolutionize various industries including automotive, aerospace, and construction.
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