WE ONE | WE FOIL RACE 2025

TECHNICAL DETAILS

Built for top performance! To our knowledge, the only FOIL slalom production board made entirely from full carbon and with the lightest weight!

The WE FOIL RACE is completely constructed with a 3 mm PVC sandwich structure and full carbon in the deck and bottom. All high-stress areas are additionally reinforced with BIAX carbon.

A carefully adapted and extensively tested stringer technology in the underwater hull, combined with the exceptionally high carbon content and the resulting stiffness, gives the WE FOIL RACE excellent performance on the foil. Wind lulls? The WE FOIL RACE laughs them off. On the speed course, you’ll leave your competitors behind.

FEATURES

• Footpads: 6 mm thick footpads with balanced cushioning, diamond structure, and pressed crocodile pattern make the pads extremely comfortable and slip-resistant.
• Footstrap Mounting: For secure, twist-free mounting, the front footstrap positions are double-screwed. The rear footstraps offer 3 different plug rows for added flexibility. The footstrap plugs are made from extra-durable plastic, making screw pull-outs almost impossible.
• Air Vents: All board sizes are equipped with two original GORE® Goretex vents. Only the original GORE® vents ensure maximum reliability and optimal function. The automatic pressure equalization between the atmosphere and the board’s interior significantly reduces the strain on the board, resulting in a longer lifespan.
• Fin Box: The WE FOIL RACE features a precise full carbon Deep Tuttle box, ensuring a perfect fit for your foil mast.
• Rails: The rails are coated with clear lacquer for increased scratch resistance.
• Deck Coating: The deck coating of the WE ONE boards has been newly developed. It offers very high slip resistance and is extremely durable. Even after prolonged use with neoprene shoes, the slip resistance of the deck coating remains intact.
• Hull: The hull is coated with a specially developed paint with a unique surface structure. This coating reduces the water’s surface tension, allowing the board to plane more quickly and achieve higher speeds compared to conventional coatings.