Project Details
Description
New Motion Labs (NML) is solving one of the biggest fundamental problems in mechanical engineering, making large mechanical power transfer over a large surface area possible. NML's vision is to undertake fundamental innovation in the mechanical sector, enabling lightweight and efficient mechanised motion. Initially spun-out from University College London and steered by the Deep Science Ventures Accelerator programme.
NML's innovation, 'Enduo Evolve', is underpinned by the biggest breakthrough in mechanical power transfer in over a century: the ability to transfer power on both sides of a sprocket tooth, also known as Dual Engagement. In this project NML, Oxwash and University of Bath will collaborate to develop, test and evaluate Enduo Evolve's application in the fast-growing and environmentally-friendly cargo e-bikes market.
Enduo Evolve in cargo e-bikes offers significant socioeconomic impacts including health care savings due to increased physical activity, better air quality through adopting zero-carbon vehicles, reduced noise levels and potentially fewer road fatalities.
NML's innovation, 'Enduo Evolve', is underpinned by the biggest breakthrough in mechanical power transfer in over a century: the ability to transfer power on both sides of a sprocket tooth, also known as Dual Engagement. In this project NML, Oxwash and University of Bath will collaborate to develop, test and evaluate Enduo Evolve's application in the fast-growing and environmentally-friendly cargo e-bikes market.
Enduo Evolve in cargo e-bikes offers significant socioeconomic impacts including health care savings due to increased physical activity, better air quality through adopting zero-carbon vehicles, reduced noise levels and potentially fewer road fatalities.
Status | Finished |
---|---|
Effective start/end date | 1/02/22 → 31/01/23 |
Collaborative partners
- University of Bath
- New Motion Labs Ltd (lead)
- Oxwash Ltd
Funding
- Innovate UK, Innovate UK Business Connect
Fingerprint
Explore the research topics touched on by this project. These labels are generated based on the underlying awards/grants. Together they form a unique fingerprint.