GR63 Eco-Catamaran: Defining the Future of Sustainable Luxury Yachting
ePropulsion, a global leader in electric marine propulsion systems and services, is proud to announce that the GR63 Eco-Catamaran has entered its final stage of construction and commissioning. Representing a new era in sustainable luxury yachting, the GR63 is not a vision of tomorrow but a reality today. It delivers zero emission performance, uncompromising comfort and unprecedented energy autonomy.
The GR63 has been designed, engineered and built to redefine expectations of what an electric yacht can achieve. The vessel combines cutting edge technology, advanced materials and an industry first energy management system, creating a new benchmark for innovation in the leisure marine sector.
Developed through close collaboration between ePropulsion and Gilles Reigner, the GR63 pairs a pioneering construction method with one of the most sophisticated electrical systems ever integrated into a vessel of its size. The result is a yacht that demonstrates how sustainability and luxury can move in unison, offering freedom, performance and responsibility at sea.
“ePropulsion’s system not only meets our technical requirements for zero-emission sailing, but also enhances the reliability and range performance of the entire vessel through superior integration capabilities.” Gilles Reigner said, “This marks an important step towards sustainability in the luxury yacht industry, and ePropulsion is undoubtedly a key partner in achieving this goal.”
Intelligent Energy. Seamless Autonomy.
At the heart of the GR63 is an AI based Energy Management System. This advanced platform continuously monitors and optimises energy flows, balancing solar, wind, battery and fuel cell inputs in real time.
The system uses adaptive load management to prioritise propulsion, HVAC and hotel systems, maximising efficiency in every condition. Predictive algorithms anticipate demand and adjust usage dynamically, maintaining autonomy even during extended voyages or in changing weather.
“The electrical system aboard the GR63 sets a new standard in marine electrification,” adds Ricky Cole, Technical Director at ePropulsion. “It delivers true long range, zero emission performance while seamlessly integrating multiple energy sources. This is what the future of yachting should look like, and it is here today.”
A New Standard in Sustainable Yachting
The GR63 measures 19.2 metres and has been designed for complete energy independence. It is equipped with twin 110kW electric motors powered by a 284kWh LiFePO₄ battery bank, a 12kWp solar array that can generate over 66kWh of energy per day in Thailand’s conditions, vertical axis wind turbines providing 10kW of combined output, transparent solar glazing and a solar shading awning that both produce power without compromising design, and dual 15kW methanol fuel cells that provide clean, silent backup energy.
The hull and superstructure are built from a high performance composite of basalt and aramid fibre, chosen for its exceptional strength to weight ratio and durability.
Sustainable Luxury at Sea
The GR63 is as refined as it is innovative. A bespoke inverter driven air conditioning system ensures quiet, efficient climate control with titanium heat exchangers and silent DC motor operation. A dedicated hydroponic cultivation space allows guests to enjoy fresh produce grown onboard. Every detail has been created with both comfort and sustainability in mind.
Certified CE Class A Ocean, the GR63 is engineered for serious bluewater cruising while delivering an onboard experience that combines modern luxury with low impact living.
Ready for Launch
The GR63 Eco-Catamaran is not a prototype or a concept of what may come. It is fully constructed, operational and ready to redefine expectations in luxury yachting. A formal launch will take place in the coming months when this groundbreaking vessel makes its debut on the water as a pioneer of the zero emission ocean.
For more information on ePropulsion or its revolutionary electric motors and accessories, please visit www.ePropulsion.com.