Thanks to their hollow internal structure, Hollow boards are up to 30% lighter than traditional carbon sandwich constructions.
With an approximate weight of 3.8 kg for a 70 L, 4.0 kg for a 80 L, 4.2 kg for a 90 L, and 4.4 kg for a 100 L, each size offers an exceptional weight-to-volume ratio.*
The result: greater responsiveness and an entirely new feeling on the water. Hollow Construction creates a unique connection with the foil and transforms the riding experience. Every movement becomes more direct, every input more precise, and every sensation more intense.
A true breakthrough in foil board design, redefining the standards of lightness and performance.
*Approximate weights with EVA pad included. A variation of ±7% is possible due to manufacturing tolerances.
With an approximate weight of 3.8 kg for a 70 L, 4.0 kg for a 80 L, 4.2 kg for a 90 L, and 4.4 kg for a 100 L, each size offers an exceptional weight-to-volume ratio.*
The result: greater responsiveness and an entirely new feeling on the water. Hollow Construction creates a unique connection with the foil and transforms the riding experience. Every movement becomes more direct, every input more precise, and every sensation more intense.
A true breakthrough in foil board design, redefining the standards of lightness and performance.
*Approximate weights with EVA pad included. A variation of ±7% is possible due to manufacturing tolerances.
Hollow Construction
Hollow Structure
A hollow structure replaces the traditional foam core, reducing weight by 30% while maintaining exceptional stiffness, strength, and durability.
The result is a lighter, more responsive board that delivers remarkably precise feedback underfoot.
The result is a lighter, more responsive board that delivers remarkably precise feedback underfoot.
-30%
Up to 30% lighter than standard sandwich construction.
Carbon Shells
Two pre-impregnated carbon and PVC sandwich shells are assembled to form an ultralight hollow structure. This construction maximizes stiffness and strength while keeping weight to an absolute minimum.
Inside, a high-density foam skeleton connects the upper and lower shells, ensuring overall structural rigidity and an even distribution of loads.
Inside, a high-density foam skeleton connects the upper and lower shells, ensuring overall structural rigidity and an even distribution of loads.
Inside the Hollow Structure
Drag to reveal the internal structure.
Exterior
Two carbon and PVC shells assembled to form the board’s structure.
Interior
A high-density foam skeleton connects the upper and lower shells.
Hollow vs Sandwich
Hollow Construction uses a carbon shell reinforced by an internal high-density foam structure, reducing the amount of material while maximizing stiffness and strength.
Sandwich Construction uses a traditional foam core wrapped in composite layers, providing proven durability and a more forgiving feel on the water.
The result is a board that is up to 30% lighter, with increased responsiveness and greater efficiency on the water.
Sandwich Construction uses a traditional foam core wrapped in composite layers, providing proven durability and a more forgiving feel on the water.
The result is a board that is up to 30% lighter, with increased responsiveness and greater efficiency on the water.
Boards
Slide Hollow
The lightest board we’ve ever built.
Weight from
3.8 kg
Construction
Hollow
Sizes
5’9 - 6'6
Price from
1599 €