THE GRAND SOLEIL BLUE

How this has been achieved? By pursing several groundbreaking design and construction methodologies:

1. Sustainable construction
The Grand Soleil BLUE marks a turning point in boat construction by employing thermoplastic resin, a choice that addresses one of the most significant problems in the marine sector: end-of-life recycling. Traditionally, composite boats have been built using thermosetting resins, which are very difficult if not impossible to recycle. Thermoplastic resin, on the other hand, allows for easier separation of the resin and glass or carbon fibres for re-use or eco-responsible disposal.


2. Design for disassembly
A smart design approach allows easy separation of boat accessories and components, similar to end-of-life practices in the automotive industry. This critical process ensures that every part of the Grand Soleil BLUE can be effectively disassembled and recycled, minimizing environmental impact.


3. Electric propulsion
The Grand Soleil BLUE will feature a lithium battery bank and electric propulsion for zero-emission navigation, contributing to a more sustainable future by reducing emissions.


4. Solar panels
The installation of solar panels provides renewable energy autonomy by recharging the battery bank feeding the electric motor. The Grand Soleil BLUE will have an impressive autonomy, with the standard battery pack enabling a range of 30 nautical miles at approximately 5 knots, translating to 6 hours of continuous engine operation or 12 hours with the dual battery pack.

5. Thermoplastic sails
Aligning with the project’s sustainable philosophy, the sails are crafted from thermoplastic materials, underscoring the commitment to minimizing environmental impact.

6. Hydrogeneration
During sailing, the Grand Soleil BLUE skillfully recharging its batteries as the propeller spins in response to the water flow generated by the boat’s speed.