'University Racing Eindhoven Striping Design' is an Ultra-Light Car
References: automotto.org
University Racing Eindhoven Striping Design is a racing car designed and developed by the students the Technical University in Eindhoven, Netherlands. The professionally designed car has already won many competitions such as the 'Formula Student Austria.'
University Racing Eindhoven Striping Design is powered by 2 Agni 119R motors capable of generating 60kW and 160 Nm of torque. The car also features carbon fiber monocoque chassis at front, steel tubular space frame at rear, custom designed brake discs, traction control and much, much more.
This ultralight racer (it weighs a mere 250 kg) is not only a winner on the racetrack, but it is also eco-conscious.
University Racing Eindhoven Striping Design is powered by 2 Agni 119R motors capable of generating 60kW and 160 Nm of torque. The car also features carbon fiber monocoque chassis at front, steel tubular space frame at rear, custom designed brake discs, traction control and much, much more.
This ultralight racer (it weighs a mere 250 kg) is not only a winner on the racetrack, but it is also eco-conscious.
Trend Themes
1. Electric Racing Cars - Technological advances in electric motors and lightweight materials provide opportunities for eco-conscious electric racing cars.
2. Custom Designed Brake Discs - Innovative brake disc designs provide opportunities for enhanced performance and safety in racing cars.
3. Carbon Fiber Monocoque Chassis - Versatile and durable carbon fiber materials offer opportunities for lightweight and strong racing car frames.
Industry Implications
1. Automotive Industry - Developing eco-conscious and high-performance electric racing cars can disrupt traditional automotive industry norms.
2. Materials Science Industry - Innovations in lightweight materials like carbon fiber can shake up traditional metal-based manufacturing processes in the materials science industry.
3. Motorsports Industry - Advancements in electric motors and customizable brake disc designs can improve the future of motorsports by providing safer, more eco-conscious racing experiences.
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