Bosch is unveiling a high-tech new motorbike concept that makes innovative use of thrusting technologies in order to help the vehicle maintain its upright stance, for reasons of both safety as well as performance.
This particular motorbike concept envisions the use of a lateral or sideways thrust system to correct the slippage that can happen when motorbikes are roaring along at high speed. While most conventional motorbikes make use of sensors to correct wheel position, the Bosch motorbike concept instead seeks to embrace rocket propulsion technologies.
The use of thrusting technologies is commonplace in various industries but has never before been applied to two-wheelers, which is precisely why Bosch's new motorbike concept is a great example of the automotive industry looking to adapt existing technologies to new applications.
Key Themes Behind This Trend
- Thrusting Technology in Motorbikes
- Incorporating thrusting technology can improve safety and performance of motorbikes.
- Rocket Propulsion Systems in Two-wheelers
- The use of rocket propulsion systems in motorbikes can be a potential disruptive innovation opportunity.
- Alternative Stance Correction Methods
- Exploring alternative methods of maintaining upright stance, such as lateral thrust system in motorbikes, can result in new opportunities.
Where This Applies
- Automotive Industry
- Adapting existing technologies, like thrusting technology, to new applications in the automotive industry can lead to innovation and growth.
- Aerospace Industry
- The application of rocket propulsion systems from the aerospace industry to two-wheelers has the potential to disrupt the motorbike industry.
- Technology Industry
- Collaboration between the technology and automotive industry can lead to the integration of new technologies and enhance the riding experience of motorbikes.
