The conceptual Tesla Model B electric bike has been designed by Kendall Toerner as a vision of what we could see on the streets of tomorrow if (or when) the namesake automotive brand gets into the eBike business. The bike features an ultra-sleek aesthetic that is intended to be safer, more efficient and even less energy-intensive when compared to existing options on the market. A series of LiDAR sensors strategically placed around the bike will keep the rider informed of potential obstacles, while also allowing them to feel safer on the road when in autopilot mode.
The conceptual Tesla Model B electric bike is paired with Dual Drive Motors that will help riders to easily take evasive action or even get up a steep hill.
What's Driving This Trend
- High-end Electric Bikes
- The rise of high-end electric bikes offers an opportunity for innovative brands to tap into the growing demand for eco-friendly and efficient transportation solutions.
- Lidar Sensor Integration
- Integrating LiDAR sensors into transportation vehicles and devices can promote safety and be a disruptive innovation opportunity for companies.
- Autopilot Modes for Bikes
- Developing autopilot features for bikes could not only improve safety, but also pave the way for a more efficient and sustainable mode of transportation.
Who This Affects Most
- Automotive Industry
- The automotive industry can consider expanding into the electric bike market and integrating its existing safety technology into these devices.
- Electric Bike Industry
- As electric bikes continue to grow in popularity, there is an opportunity for companies within the industry to innovate by incorporating more advanced technology, such as LiDAR sensors.
- Technology Industry
- Technology companies can explore the integration of LiDAR sensors and other innovative features into a variety of transportation devices, including bikes and scooters.
