Starboard Foilboard ACE Without Footstraps

FAQ

Who is the Starboard Foilboard ACE Without Footstrap suitable for?

The ACE Foil without footstrap inserts is aimed at wing foilers, SUP downwinders, and foil surfers looking for a lighter, slimmer board for efficient take-offs and high speeds. The strapless version offers a weight saving of up to 18% compared to the version with inserts.

In which sizes is the ACE Foil Without Footstrap available?

The board is available in three lengths: 7.0x20, 7.4x21.5, and 7.10x23. This covers a wide range of riders, from lighter foilers to heavier wing foilers – you choose the right size based on your body weight and intended use.

What construction and build does the board have?

The ACE Foil is manufactured using Blue Carbon construction: 150 g biaxial carbon wraps the deck and bottom, while an arrow-shaped PVC stringer provides additional stiffness and impact resistance in the foil area. In the standing area, highly compressed PVC protects against heel dents and impact damage.

Which foil box is installed and which foils are compatible?

The ACE Foil Without Footstrap is equipped with two 16-inch US boxes. This standard mount is compatible with almost all common wing and SUP foils, allowing you to continue using your existing foil setup.

How much weight does the version without footstrap inserts save?

Compared to the version with footstrap inserts and a carry handle, the strapless version saves up to 18% weight depending on the size. You will notice this especially when paddling out, during water take-offs, and during long downwind sessions.

Can I also use the board for wing foiling?

Yes, the ACE Foil is explicitly designed as a crossover board for wing foiling, SUP downwind, and foil surfing. The outline is longer and narrower than classic wing boards, which favors early take-offs and long gliding phases.

How do I properly care for and transport the board?

Rinse the board with fresh water after contact with salt water and let it dry in the shade. Avoid direct sunlight in the car, as heat and UV rays can damage the carbon laminate and epoxy core over time. For transport, a padded board bag is recommended to protect the rails and the carbon deck.