Accident-Avoiding Smart Cars
Michelin "Chess" Car
Thijs van der Zanden & Frans Hegge of Belgium submitted this vehicle design as part of the 2008 Michelin Challenge Designâ„¢. Titled the "Chess" car, the vehicle features two portions - the "motor" (the part that makes it go) and the "cabin" (the part that holds the passengers) that move independently of each other. Through sensors, the "Chess" car could detect possible collisions or accidents and then move the passenger container away from the point of impact.
Trend Themes
1. Smart Cars - The adoption of advanced sensor technology and autonomous capabilities in car designs to improve safety and accident-avoidance.
2. Independent Vehicle Components - The development of vehicles with separate motor and cabin components that can move independently of each other.
3. Collision Detection Systems - The integration of sensors and artificial intelligence to detect and prevent potential collisions.
Industry Implications
1. Automotive - Opportunity for automakers to invest in smart, autonomous vehicles and collaborate with tech companies to develop advanced collision avoidance systems.
2. Transportation - Potential for the transportation industry to adopt smart car technology for improved safety, efficiency, and reduced accidents.
3. Sensors and AI - Growth prospects for companies specializing in advanced sensor technology and artificial intelligence algorithms for collision detection and prevention systems.