ONE PALMA wins the Environmental Award with the IFS Multi Tradewind Sail
by David Chevalier Herrero02 December 20252 min read
Amsterdam — ONE PALMA has received the Environmental Award for its IFS Multi Tradewind Sail, an innovative solution that reduces material use, energy consumption, and equipment requirements aboard cruising yachts.
The IFS Multi Tradewind Sail replaces several traditional sails — such as a mainsail combined with downwind options — with a single, highly versatile unit. As detailed on page 4 of the product documentation, this approach eliminates redundant sails, heavy anti-torsion cables, and complex hardware, reducing manufacturing footprint, onboard weight, and maintenance needs.
At the heart of the concept is IFS (Integrated Furling Structure) technology, described on page 3, where continuous high-strength fibres are integrated directly into the sail’s structure. This allows safe furling without a heavy AT cable, cutting material use, easing handling, and lowering the overall environmental impact. The result is a lighter sail that is easier to manage for sailors of all experience levels — and one that helps reduce the engine reliance often associated with large or inefficient sail inventories.
Made from durable, lightweight nylon, the sail is built for long service life with minimal waste. A UV-resistant band protects the material when the sail remains hoisted and furled, extending longevity and reducing the frequency of replacement.
Performance advantages also support sustainability. As shown on page 5, the sail maintains an efficient aerodynamic profile across a wide range of wind angles (70°–180°) and speeds (6–25 knots), improving sailing efficiency and lowering fuel consumption during cruising passages.
“The IFS Multi Tradewind Sail allows sailors to navigate more efficiently and sustainably while reducing onboard equipment, waste, and environmental impact,” ONE PALMA said.
The Environmental Award highlights the product’s contribution to cleaner, safer, and more resource-efficient sailing — demonstrating how innovative design can meaningfully support environmental responsibility.
At the heart of the concept is IFS (Integrated Furling Structure) technology, described on page 3, where continuous high-strength fibres are integrated directly into the sail’s structure. This allows safe furling without a heavy AT cable, cutting material use, easing handling, and lowering the overall environmental impact. The result is a lighter sail that is easier to manage for sailors of all experience levels — and one that helps reduce the engine reliance often associated with large or inefficient sail inventories.
Made from durable, lightweight nylon, the sail is built for long service life with minimal waste. A UV-resistant band protects the material when the sail remains hoisted and furled, extending longevity and reducing the frequency of replacement.
Performance advantages also support sustainability. As shown on page 5, the sail maintains an efficient aerodynamic profile across a wide range of wind angles (70°–180°) and speeds (6–25 knots), improving sailing efficiency and lowering fuel consumption during cruising passages.
“The IFS Multi Tradewind Sail allows sailors to navigate more efficiently and sustainably while reducing onboard equipment, waste, and environmental impact,” ONE PALMA said.
The Environmental Award highlights the product’s contribution to cleaner, safer, and more resource-efficient sailing — demonstrating how innovative design can meaningfully support environmental responsibility.