FUELL presents a look at the new Fllow e-motorcycle that is designed to be powered by a battery without compromising the performance of the vehicle. Founder Erik Buell has a background as an innovator and engineer as he aims to re-invent the motorcycle experience to create the pleasure of "riding a meaningful machine in an urban environment with pollution constraints/legislation.”
It has a sleek and minimal design that is powered by a 10Kwh battery and is ready to take on urban environments with a range of 150 miles that reaches a top speed of 85mph. Additional features include the ample storage space that holds a helmet and a laptop bag as well. Notably, it is designed to be upgraded through software
Image Credit: FUELL
What Makes This Trend Stand Out
- Electric Motorcycle Innovations
- FUELL's Fllow e-motorcycle demonstrates how a battery-powered motorcycle can be designed to meet the performance needs of riders without compromising the environment.
- Software-upgradeable Vehicles
- The Fllow e-motorcycle can be upgraded through software, indicating an opportunity for innovation in designing vehicles that can be updated and improved without physical modifications.
- Urban Vehicle Design
- FUELL's emphasis on creating a meaningful motorcycle experience in urban environments indicates a trend towards designing vehicles that address pollution constraints and legislation.
Sectors Adopting This
- Electric Vehicle Industry
- The Fllow e-motorcycle is an example of the growing market for electric-powered vehicles that prioritize performance and environmental sustainability.
- Software and Technology Industry
- As the Fllow e-motorcycle demonstrates, there is an opportunity for software and technology companies to collaborate with vehicle manufacturers in creating software-controlled and upgradeable vehicles.
- Urban Transportation Industry
- FUELL's focus on designing motorcycles for urban environments indicates an opportunity to create more efficient and sustainable vehicles that meet the specific needs and constraints of urban transportation systems.
