The Velospeeder E-Drive System Gives Cyclists the Option of Going Electric
Rahul Kalvapalle — May 15, 2014 — Autos
References: velogical-engineering & gizmag
The Velospeeder, developed by German bicycle engineering company Velogical, is a compact e-drive (electric drive) that allows riders to seamlessly switch between regular manual pedaling and electrically assisted riding. The contraption is surprisingly compact and lightweight, weighing less than 3.5 pounds.
The Velospeeder e-drive system consists of dual motors mounted to the seat stays of any traditional bicycle frame. These motors transfer power to the rear wheel via polyurethane rings. The system offers up to 600 watts of power and 29.5 pounds-feet of torque.
Velogical is still in the process of testing and optimizing their e-drive solution and expect to begin distributing next year. The contraption will be sold to bicycle manufacturers and bike shops, but will not be sold directly to consumers.
The Velospeeder e-drive system consists of dual motors mounted to the seat stays of any traditional bicycle frame. These motors transfer power to the rear wheel via polyurethane rings. The system offers up to 600 watts of power and 29.5 pounds-feet of torque.
Velogical is still in the process of testing and optimizing their e-drive solution and expect to begin distributing next year. The contraption will be sold to bicycle manufacturers and bike shops, but will not be sold directly to consumers.
Trend Themes
1. Compact E-drive Technology - Development of compact and efficient e-drive technology presents opportunities for innovation in the electrical and transportation industries.
2. Seamless Switching Technology - Advancements in seamless switching technology between manual and electric riding create opportunities for disruption in the cycling and mobility industries.
3. Optimization of Bicycle Power - Ongoing optimization of bicycle power systems presents opportunities for innovation in the fields of sports equipment and transportation engineering.
Industry Implications
1. Bicycle Manufacturing - Compact e-drives could enhance innovation in the bicycle manufacturing industry by allowing for more efficient and eco-friendly bicycles.
2. Sports Equipment - Improved bicycle power systems could disrupt the sports equipment industry by increasing the capabilities and competitiveness of electric bicycles.
3. Mobility and Transportation - Seamless switching technology creates opportunities for innovation in the mobility and transportation sectors, allowing for more efficient and sustainable forms of transportation.
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