New Motion Labs has developed Enduo™, a sprocket technology that enhances power transmission efficiency and extends the lifespan of components in cycling, motorcycling, and industrial applications. This technology addresses the common issue of energy loss and wear in traditional sprocket designs, leading to improved performance and reduced maintenance costs.
Funding
$7.2M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
TFFounders
Product
Problem
Traditional sprocket designs in cycling, motorcycling, and industrial applications suffer from energy loss due to friction and experience significant wear, leading to reduced component lifespan and increased maintenance. Conventional roller chain and sprocket systems engage on only one side of the sprocket tooth, limiting the efficiency of power transfer.
Solution
New Motion Labs has developed Enduo™, a patented sprocket technology that enhances power transmission efficiency and extends the lifespan of components in chain-driven systems. The Enduo™ sprocket features a tooth design that enables a conventional roller chain to engage on both sides of the sprocket tooth, effectively doubling the engagement surface. This dual engagement reduces relative movement during power transfer, minimizing friction and wear. The technology is applicable across cycling, motorcycling, and industrial sectors, improving the performance and durability of chain drives.
Target Audience
The primary target audience includes manufacturers and end-users in the cycling, motorcycling, and industrial sectors who rely on chain drives for power transmission and seek to improve efficiency and reduce maintenance costs.
Features
- Patented tooth profile enabling dual-sided engagement of the roller chain
- Reduced friction and wear due to increased contact area
- Up to 3.5X lifetime gain for the chain compared to traditional sprockets
- Suitable for cycling, motorcycling, and industrial chain-driven systems