Foiling

Mast stiffness plays a critical role in foil performance. While front wing size and board volume influence take-off behaviour, mast rigidity directly affects control, responsiveness and energy transmission once flying. Carbon masts are designed to reduce flex under load, allowing...

High aspect foils are increasingly used in wing foiling because they improve glide efficiency, reduce drag and allow riders to connect longer flight phases across open water. Compared with low aspect freeride foils, they are designed to maximise forward projection...

Choosing between a carbon and an aluminum foil is one of the key decisions when building a wing foil setup. Each material influences stiffness, weight, responsiveness and long-term performance on the water. Understanding how these differences affect riding behaviour helps...

Front wing size is one of the most important parameters when building a wing foil setup. It directly influences take-off speed, stability, glide efficiency and manoeuvrability on the water. Choosing the right surface area depends on rider weight, wind strength...