This Balancing Electric Skateboard Concept Reaches 40km/h
Michael Hemsworth — February 10, 2021 — Eco
References: vlnddesign & tuvie
This balancing electric skateboard concept has been designed by the VLND Design Studio for Naver Labs as a compact, efficient and modern transportation solution for urbanites who are in need of a way to get around on their own terms.
The skateboard features an ultra-modern aesthetic, which is further enhanced with a series of advanced technology components inside. This includes gyroscope sensors that will control the rider's center of gravity by taking tilt measurements 1,000-times per second to help highlight a distinctly stable riding experience.
The balancing electric skateboard concept is easy to use and is capable of achieving a top speed of 40km/h, which will make it well-suited for quickly speeding through city streets for commuting purposes as an alternative to conventional methods.
The skateboard features an ultra-modern aesthetic, which is further enhanced with a series of advanced technology components inside. This includes gyroscope sensors that will control the rider's center of gravity by taking tilt measurements 1,000-times per second to help highlight a distinctly stable riding experience.
The balancing electric skateboard concept is easy to use and is capable of achieving a top speed of 40km/h, which will make it well-suited for quickly speeding through city streets for commuting purposes as an alternative to conventional methods.
Trend Themes
1. Balancing Electric Skateboards - There is an opportunity for companies to disrupt the personal transportation industry by creating balancing electric skateboards with advanced technology components that deliver a stable riding experience.
2. Compact Electric Transportation - There is an opportunity for companies to disrupt the personal transportation industry by developing compact electric modes of transportation that better fit the needs of urbanites.
3. Gyroscope Sensor Technology - There is an opportunity for companies to disrupt various industries by implementing gyroscope sensors to assist riders with stability and control, such as in electric skateboards and personal mobility devices.
Industry Implications
1. Personal Transportation - The personal transportation industry, especially for urban commuting, could benefit from the development of compact, efficient, and stable electric modes of transportation such as electric skateboards.
2. Sports Equipment - The sports equipment industry could benefit from integrating advanced technology components, such as gyroscope sensors, into products like skateboards to create a better riding experience for consumers.
3. Personal Mobility Devices - The personal mobility device industry could benefit from the implementation of technological advancements, such as gyroscope sensors and regenerative braking systems, to create a more efficient and eco-friendly mode of transportation.
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