Many users often forget to recharge or replace battery-powered bike lights but thankfully Magnic Microlights generate power from simple pedal power. These lights utilize eddy current induction, which means they change the properties of a magnetic field to create electricity in a conductor. This means all energy is drawn from the spinning of a wheel, as the moving tire generates its own magnetic field as it rotates.
The Magnic Microlights are currently up for funding on Kickstarter, with the team behind the project hoping to raise $80,000 to get the product into production. The system has already been tested on a variety of mountain bikes and works with both traditional brakes and newer disk brake systems.
Key Themes Behind This Trend
- Magnetic Field Bike Lighting
- Opportunity to disrupt traditional battery-powered bike lighting systems by utilizing user-generated power through eddy current induction technology.
- Eddy Current Induction Tech
- Opportunity to disrupt traditional power sources in various industries by utilizing eddy current induction to generate electricity in conductors.
- Crowdfunding
- Opportunity to disrupt traditional methods of financing by utilizing crowdfunding platforms like Kickstarter to bring innovative products to market.
Where This Applies
- Bicycles
- The bicycle industry can benefit from integrating eddy current induction technology in order to power various features and accessories without relying solely on traditional batteries.
- Outdoor Recreation
- The outdoor recreation industry can benefit from integrating energy-generating technologies like eddy current induction into various products and equipment, reducing reliance on traditional power sources.
- Crowdfunding Platforms
- Crowdfunding platforms like Kickstarter can disrupt traditional methods of financing, allowing innovative projects like Magnic Microlights to gain funding and come to market.
