Mitsubishi Motors recently released plans for a rally car that it plans to complete in 2025. Huh? Now that’s planning!
The Mitsubishi MMR25, as they’re calling it, features an omnidirectional wheel design--that means that it can go sideways--where each wheel has an electric motor with an additional eight supplemental motors for each wheel.
To make up for the weight of all those motors, Mitsubishi got rid of the glass windows for the MMR25. Instead, the driver will see via video cameras.
What Makes This Trend Stand Out
- Omnidirectional Wheel Design
- The trend towards omnidirectional wheel designs presents disruptive innovation opportunities for industries in transportation and robotics, as it allows for increased maneuverability and versatile mobility.
- Electric Motor Integration
- The trend of integrating multiple electric motors in vehicles presents disruptive innovation opportunities for industries in automotive manufacturing and renewable energy, as it enables enhanced performance and sustainability.
- Video Camera Usage
- The trend towards using video cameras instead of traditional glass windows in vehicles presents disruptive innovation opportunities for industries in technology and automotive, as it allows for improved visibility and safety in transportation.
Sectors Adopting This
- Transportation
- The transportation industry can leverage the omnidirectional wheel design trend to develop self-driving cars that can easily navigate in any direction, revolutionizing the concept of mobility.
- Robotics
- The robotics industry can explore the omnidirectional wheel design trend to create agile and adaptable robots for various applications, such as warehouse automation and search and rescue missions.
- Automotive Manufacturing
- Automotive manufacturers can capitalize on the electric motor integration trend to produce electric vehicles with superior acceleration and efficiency, disrupting the traditional combustion engine market.
