The idea
Grosvenor Rowing Club is a Community Amateur Sports Club based on the River Dee in Chester. We are seeking funding to replace two petrol-powered safety and coaching launch engines with modern electric propulsion systems.
The project will replace two Honda BF15 petrol outboards with ePropulsion Navy Evo 6.0 electric outboards, supported by four E60 batteries, side-mount controls and charging equipment. These launches are essential to the safe delivery of rowing activities, providing coaching support, safety cover for juniors and beginners, and operational support for races, regattas and community sporting events.
The two launches currently operate for approximately 2,912 hours per year. By switching from petrol to electric propulsion, the club will significantly reduce its environmental impact while maintaining the safety infrastructure that enables hundreds of people to participate in sport on the River Dee each year.
What we'll deliver
- Replace two petrol engines with modern electric engines on GRC Coaching & Safety Launches
Why it's a great idea
Based on current launch usage, replacing two petrol-powered launches with electric propulsion is expected to eliminate approximately 4,368 litres of petrol consumption each year, reducing carbon emissions by around 10 tonnes of CO₂e annually. As the club grows, this may increase further. The project will also remove the risk of fuel spills entering the River Dee, reduce engine noise, and minimise the use of oils and other pollutants associated with petrol engines.
The launches are a critical part of the club’s safety provision. They support junior rowing, learn-to-row programmes, recreational rowing, competitive training, races and regattas. Reliable safety cover allows people of all ages and abilities to participate confidently in sport.
The project therefore supports both greener communities and healthier communities, helping protect the River Dee while ensuring Grosvenor Rowing Club can continue providing safe, accessible opportunities for physical activity for many years to come.
Steps to get it done
- Purchase electric engines, and associated equipment.
- Install and test new engines and equipment.
- Train all users on new equipment.
- Operational Capacity Achieved
