The Motorino XLr is an E-Bike Weighing Just 12.8-Kilograms
Justin Lam — October 3, 2018 — Tech
Even the best commuter e-bikes often suffer from weight issues, but the Motorino XLr showcases a solution to this issue by weighing just 12.8-kilograms. Designed by Steve Miloshev, this ultra-lightweight e-bike is being touted as "the first electric bike you can easily put on a roof rack on a car.” Unlike other lightweight e-bikes, the Motorino XLr does not use traditional carbon fibers -- which can become structurally compromised if scratched. Instead, this lightweight e-bike uses a special alloy that is stronger and lighter than aluminum.
In addition to the incredibly lightweight frame, the Motorino XLr also utilizes a unique torque sensor. This sensor is another key innovation featured on the e-bike as it determines how much effort is being exerted during pedaling and sends a signal to the motor to provide motorized assistance.
In addition to the incredibly lightweight frame, the Motorino XLr also utilizes a unique torque sensor. This sensor is another key innovation featured on the e-bike as it determines how much effort is being exerted during pedaling and sends a signal to the motor to provide motorized assistance.
Trend Themes
1. Ultra-lightweight E-bikes - The trend of ultra-lightweight e-bikes using special alloys and torque sensors allows for easier transportation and more efficient use of motorized assistance while pedaling.
2. Special Alloy Materials - The trend of using special alloys in e-bike frames provides an opportunity for disruption in the materials industry, particularly in the development of stronger and lighter metals.
3. Torque Sensors for E-bikes - The trend of using torque sensors in e-bikes presents an opportunity for disruption in the sensor industry, allowing for more efficient and customizable motorized assistance for pedaling.
Industry Implications
1. E-bikes - The trend of ultra-lightweight e-bikes and torque sensor technology presents an opportunity for disruption in the e-bike industry, providing consumers with easier transportation and more efficient use of motorized assistance while pedaling.
2. Materials - The trend of using special alloys in e-bike frames provides an opportunity for disruption in the materials industry, particularly in the development of stronger and lighter metals that can be applied to other products.
3. Sensors - The trend of using torque sensors in e-bikes creates an opportunity for disruption in the sensor industry, allowing for more efficient and customizable motorized assistance for a range of products beyond e-bikes.
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