Electronics company Stark released the 'StarkBoard' a new remoteless electric skateboard. Designed to ride smoothly throughout the city, the board reaches 32km/h with a battery life that lasts up to 20km.
The first of its kind, this new skateboard is controlled by incorporating a high sensibility gyroscope with the latest technology in motion and weight sensors. Control the board by simply leaning forward and tilting your body in the desired direction, the board automatically stops as soon as you get off. The company designed a speed control monitoring system, that tracks every body movement that provides assistance and safety for the user.
This new remoteless electric skateboard features an automatic headlight and a sleek, modern design that is easy to carry. With simple instructions, master the new StarkBoard in under 3 minutes.
Remoteless Electric Skateboards
The Starkboard is the First Electric Skateboard Without a Remote
Trend Themes
1. Remoteless Electric Skateboards - The Starkboard introduces a new trend of remoteless electric skateboards, controlled by body movement.
2. High Sensibility Gyroscope - The integration of a high sensibility gyroscope in the Starkboard sets a trend for advanced motion sensing technology in electric skateboards.
3. Speed Control Monitoring System - The implementation of a speed control monitoring system in the Starkboard showcases a trend towards enhanced user safety and assistance in electric skateboards.
Industry Implications
1. Electric Skateboard Industry - The remoteless electric skateboard by Stark opens up opportunities for innovation in the electric skateboard industry by eliminating the need for a remote control.
2. Motion Sensing Technology Industry - The integration of a high sensibility gyroscope in the Starkboard creates opportunities for disruptive innovation in the motion sensing technology industry.
3. Smart Transportation Industry - The Starkboard's speed control monitoring system sets a precedent for innovation in the smart transportation industry by enhancing user safety and control.