The Yamaha OR2T is an innovative four-wheeler motorbike concept that features advanced suspension technology that borrows from the Tesseract concept model bike from 2007.
This suspension arrangement is the highlight of this concept bike. Rather than sport suspension units on each wheel that are controlled by a single swing arm, this particular setup instead features a massive vertical arm for each wheel. These are connected to independent shock absorbers and linkage. Essentially, the centrally positioned shock is eschewed in favor of two shocks, one for each wheel. The bike also appears to sport an MT-09 triple setup with smaller wheel tracks than the older Tesseract model, although the central shock absorber system is the same.
Ultimately, the Yamaha OR2T is a prototype vehicle that is being used to test out innovative suspension models. But at the same time, it also hints towards the future of motorbike performance technology.
Four-Wheeler Motorbikes
The Yamaha OR2T Motorbike Concept Features Advanced Suspension Technology
Trend Themes
1. Advanced Suspension Technology - The use of advanced suspension technology in four-wheeler motorbikes can significantly improve performance and stability.
2. Independent Shock Absorbers - Using independent shock absorbers and linkage in four-wheeler motorbikes can provide better ride quality and handling.
3. Prototype Vehicles for Testing Suspension Models - Developing prototype vehicles with innovative suspension models can lead to breakthroughs in motorbike performance technology.
Industry Implications
1. Automotive Industry - The automotive industry can integrate advanced suspension technology and independent shock absorbers in their four-wheeler motorbikes to improve the overall ride quality and handling.
2. Design Industry - The design industry can play a role in shaping the aesthetic and functional aspects of four-wheeler motorbikes with innovative suspension models.
3. Research and Development Industry - The research and development industry can lead the way in improving motorbike performance technology by developing prototype vehicles for testing suspension models.