GY 1500 GY 1700V2 1500 ULTRA High Mod Carbon Hydrofoil Wing Waterplay Surfing Accessory

Core Material: High-Modulus Carbon Fiber Enables Ultimate Performance

Both products are crafted from high-modulus carbon fiber, combining ultra-lightweight design with exceptional rigidity. This effectively reduces water resistance, enhancing gliding efficiency and endurance. Utilizing precise hydrodynamic design, the hydrofoil airfoil optimizes lift performance, ensuring stable takeoff even at low speeds or in light winds, providing riders with a light and agile "flying on water" experience. The material's corrosion resistance also makes it suitable for various aquatic environments such as rivers, lakes, and seas.

Product Differences: Precisely Matching Different Needs

The GY 1500V2, a scaled-down version of the 1700V2, has a more compact wingspan, lower turning inertia, more responsive handling, and a higher margin for error, making it especially suitable for lighter riders (around 100 catties) or those seeking advanced practice. Its faster gliding speed and higher maneuverability allow even beginners to easily control steering and starting/stopping. The GY 1700V2 ULTRA boasts a massive 1997 square centimeters wing area, generating more lift and extending the glide distance. It's ideal for heavier riders, offering a more effortless and extended glide experience. However, its higher turning torque makes it more suitable for experienced riders.

Suitable Scenarios: Enjoy surfing in all waters

Both hydrofoil accessories break away from the traditional surfing dependence on ocean waves, making them usable in calm lakes, rivers, and even wavy seas. The package includes the hydrofoil itself, a carrying bag, and dedicated screws, making it portable and easy to assemble, catering to both personal recreation and professional training needs. From beginner to advanced practice to long-distance cruising for experienced riders, users can flexibly choose according to their weight and skill level, unlocking the diverse fun of water sports.