The GY 1500V2 is a high-end hydrofoil canard, emphasizing high gliding speed, low drag, early takeoff, and high-speed stability. It's suitable for advanced riders and can be used in SUP downwind racing, wingboarding, bodyboarding, and surfing hydrofoils.

Area: 1500 cm²

Wingspan: 90 cm

Aspect Ratio: AR 17 (Ultra-high aspect ratio)

Material: UHM Ultra-High Modulus Carbon Fiber

Ultra-high aspect ratio + high lift-drag airfoil
The AR 17 significantly reduces drag, resulting in extremely long gliding distances and high pump-jet efficiency, allowing for easy flight even in light winds or flat water.

High lift and low drag profile, low stall point, making it less prone to wing drop than ordinary hydrofoils, allowing for earlier takeoff and easier recovery upon landing.

Ultra-high rigidity UHM carbon fiber
Stacked ultra-high modulus carbon fiber is lightweight and rigid, exhibiting almost no deformation at high speeds, providing direct power feedback and precise control.

Maintaining airfoil stability and consistent performance even under heavy loads (heavy weight/high speed).

Balanced Handling: Fast yet not clumsy. High aspect ratios typically make turning difficult, but the GY 1500V2's wingtip optimization results in smooth steering and controllable radius, enabling both high-speed cruise and wave-cutting maneuvers.

Good pitch stability allows for pairing with a smaller "skinny" tail fin for further drag reduction and acceleration.

Optimal: Downwind racing, long-distance cruise, efficient taxiing on flat water/small waves.

Suitable for: 75–100 kg advanced+ riders seeking speed and endurance; also suitable for heavier riders/flat-water enthusiasts for early takeoff and effortless pump-action.

Not Suitable for: Pure small-wave skiing, ultra-close-shore narrow-space applications (large wingspan).

Airframe: Ultrashort Advanced+ for long distances; Sillyshort advance+ and Psychoshort advance+ for greater agility.

Rear wing: Paired with Skinny 359/40 or 358/35 tires for lower drag and higher speed.

Staff: Equipped with thicker carbon fiber mast for greater stability.