The Rebound was originally designed for freestyle wing foiling, built around fast lift, high top speed, and the ability to re-pop instantly after touchdown. A foil that gets going quickly, stays composed at speed, and responds the moment you ask more of it.

What surprised us was how quickly it crossed disciplines.

That same combination of quick acceleration, efficient speed, and explosive release made the Rebound a natural fit for kite foiling as well. Riders looking to load hard, release cleanly, and recover instantly found exactly what they were after, and it didn’t take long for the Rebound to show up on the Big Air scene.

With a compact outline and tuned profile, the Rebound builds speed effortlessly and converts it directly into lift. Touchdowns are stable and predictable, allowing rapid recovery and immediate re-engagement for the next hit. Whether driven by a wing or a kite, it delivers a locked-in feel when loaded and a lively response when released.

As part of the Union foil system, the Rebound benefits from a rigid, direct connection between mast and wing, ensuring energy transfer is immediate and uncompromised.

Fast, stable, and built to leave the water, the Rebound is a performance foil for riders who measure sessions in height, airtime, and what comes next.

Key Features

• Union Connection- maximised fuselage footprint connection for flexural rigidity and hydro dynamic efficiency. The fluid, integrated design offers a clean, modern aesthetic while improving overall efficiency.
• Anhedral - The aggressive and deep anhedral of the Rebound allows for the ultimate level of maneuverability.
• Ratio - The use of a low aspect ratio design makes gives the Rebound incredible low end speed and repop after jumps, making this the perfect foil for freestyle.
• Sweep - The high sweep outline and refined tip shape provides a user friendly foil that allows the user to push the limits and carve harder with confidence.
• Airfoil - The unique Semi-symmetrical airfoil allows the Rebound to recover quickly after jumps by reducing the chance of cavitation.