ePropulsion UK is a leading provider of electric marine propulsion systems, offering cutting-edge technology tailored to the needs of boaters on the UK’s inland waterways. Specialising in electric outboards, inboards, and pod drives, ePropulsion provides clean, efficient, and quiet alternatives to traditional combustion engines. These systems are particularly well-suited to canal boats, narrowboats, cruisers, and day boats operating along the country’s extensive network of rivers and canals.

The advantages of electric propulsion on inland waterways are significant. Electric motors operate almost silently, preserving the tranquillity that makes canal boating so enjoyable. They produce zero emissions, helping protect air and water quality in often-sensitive environments. With fewer moving parts, maintenance is minimal, reducing long-term running costs and increasing reliability—particularly valuable for private boat owners and hire fleets alike.

ePropulsion’s product range includes user-friendly systems that are simple to install and operate. Pod drives, for instance, are compact and efficient, ideal for retrofitting narrowboats where space is limited. Integrated lithium batteries provide long-lasting power and can be charged from shore power or solar, offering a flexible, sustainable solution for off-grid cruising. Advanced control systems with digital displays and app connectivity allow users to monitor battery life, speed, and range in real time.

With growing environmental awareness and increasing demand for sustainable boating options, ePropulsion UK is well-positioned to support the transition to cleaner propulsion across the inland waterways sector. The company provides expert advice, a UK-based support network, and a growing list of accredited installers, ensuring customers receive the guidance and aftercare they need. For boaters seeking a quieter, cleaner, and more efficient way to explore the inland waterways, ePropulsion offers a future-ready solution that doesn’t compromise on performance or enjoyment.