One Bike One Light, an Environmentally-Friendly Project, Announces its Launch

The One Bike One Light Project Uses 3D Printing to Create an Environmentally-Friendly Way to Travel Safely

LOS ANGELES, CA / ACCESSWIRE / August 2, 2016 / Alexis Paszkier, an engineer who specializes in renewable energy and energy efficiency, recently announced the launch of his latest project, One Bike One Light. The project aims to create a battery-free bicycle light that is both ecofriendly and sustainable.

To learn more about One Bike One Light, please visit goo.gl/HpgpIz.

One Bike One Light is a light source that works day and night without any batteries. To use the light, the user first mounts a magnet on the wheel and passes it in front of the coil fixe on the frame. Each time the magnet passes in front of the coil, it generates electricity and powers high-performance LED lights.

Paszkier plans for the lights to be made easily by anyone who owns a 3D printer. He intends to encourage the development of local manufacturing everywhere in the world.

At this time, Paszkier has taken the One Bike One Light project to Kickstarter, where he seeks the necessary funds to bring the battery-free, locally made, recyclable project to life. The funds raised will go towards printing the lights on 3D printers and distributing them to local bike shops. In exchange for the public’s support, Paszkier is offering a wide variety of perks to his donors, including printed guitar picks and first versions of the light kits.

“Together, we can create solutions that build a better world,” said Paszkier. “It’s so easy to build ecofriendly, and sustainable solutions because everything is in our hands. Everyone should have access to a battery free bicycle light made in their own country.”

Individuals interested in learning more about One Bike One Light can visit the company’s Kickstarter page for additional information.

About One Bike One Light:

By using magnetic induction, the “One Bike One Light” bike light is constantly on, all without needing external power or batteries. The result is a simple, elegant, and light design that can be 3D printed for prices far less expensive than traditional bike lights and whose pieces can be produced and assembled locally to avoid the ethically questionable practice of importing cheap goods from impoverished countries that lack workers’ rights. For more information, please visit https://goo.gl/HpgpIz.

Contact:

Christopher Harris
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SOURCE: One Bike One Light

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