Vebo° is a removable electric motor that installs in one second on the front wheel of traditional bicycles, providing assistance up to 25 km/h with a range of 30 to 40 km. This solution enables users to convert their existing bikes into electric models affordably, promoting sustainable mobility while maintaining the original bicycle's functionality.
Funding
Funding not disclosed
Founders
Product
Problem
Converting a traditional bicycle to an electric bike typically requires purchasing a new e-bike, which can be expensive, or installing complex conversion kits. These solutions can be cumbersome, time-consuming, and may not preserve the original bike's functionality and feel.
Solution
Vebo° offers a removable electric motor designed to quickly attach to the front wheel of most standard bicycles, instantly transforming them into e-bikes. The lightweight motor clips on in one second, providing electric assistance up to 25 km/h with a range of 30 to 40 km. This allows cyclists to easily switch between traditional and electric modes, maintaining the original bike's usability while gaining the benefits of electric power when needed. The system is designed for easy installation and removal, enabling users to share one motor across multiple bikes.
Target Audience
The primary target audience includes urban commuters, recreational cyclists, and environmentally conscious individuals seeking an affordable and convenient way to electrify their existing bicycles. It also targets cities, communities, and companies that want to promote soft mobility.
Features
- Universal compatibility, fitting approximately 90% of existing bicycle models
- One-second clip-on installation and removal, requiring no tools
- Electric assistance up to 25 km/h, compliant with European e-bike regulations
- Range of 30-40 km on a single charge, suitable for daily commutes and recreational rides
- Monocoque aluminum casing for durability and weather resistance
- Customizable side panel designs for personalization
- Automatic assistance adjustment based on pedaling, incline, and wind conditions