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30 Resultados para

"high modulus carbon fiber hydrofoil wing"

Qualidade cavaleiros da folha da estabilidade E da velocidade da precisão do Hydrofoil da ressaca da carga 120kg Fábrica

cavaleiros da folha da estabilidade E da velocidade da precisão do Hydrofoil da ressaca da carga 120kg

Professional Fireball 1070 Ultra High Mod Hydrofoil Riders Demanding Extreme Precision and Speed Stability at Full Tilt Surfing Professional Fireball 1070 Ultra High Mod Hydrofoil Riders Demanding Stability at Surfing The AXIS Fireball 1070 is a top-of-the-line hydrofoil designed for professional riders seeking ultimate precision and high-speed stability. With its ultra-high modulus carbon fiber construction and optimized aerodynamics, it delivers exceptional performance

Qualidade AXIS ART V2 879 Ala dianteira 790sqcm Hydrofoil Surfboard Ala de folha de alumínio para aquática Fábrica

AXIS ART V2 879 Ala dianteira 790sqcm Hydrofoil Surfboard Ala de folha de alumínio para aquática

ART V2 879 AXIS HM Carbon Fiber Front Wing New Design Hydrofoil Surfboard for Waterplay Advanced hydrofoil surfboard front wing featuring new design for superior water performance across multiple foiling disciplines. Product Specifications Model Front Wing Length Front Wing Width Average Chord Projected Area Volume Aspect Ratio 1099 1100mm (43.31in) 146mm (5.75in) 109.1mm 1220cm² (189.1in²) 1047cm (63.8in³) 10.08 999 1000mm (39.37in) 135mm (5.31in) 101.1mm 1038cm² (160.9in²)

Qualidade Advanced Surf Wing Foil ART V2 879 Hydrofoil com controle de deslizamento de elevação suave Fábrica

Advanced Surf Wing Foil ART V2 879 Hydrofoil com controle de deslizamento de elevação suave

Advanced Surf Wing Foil ART V2 879 Hydrofoil With Smooth Lift Glide Control Skilled Riders Seeking Fluid Carving Progression I. Precise Positioning: A Performance Bridge for Advanced Riders The ART V2 879 is Axis's flagship hydrofoil, positioned between the Spitfire and ART Pro series, designed specifically for skilled riders seeking smoother, more advanced steering. Its 790cm² wing area and approximately 10 aspect ratio perfectly balance low-speed stability and high-speed

Qualidade Carbono Mast Surf Hydrofoil 939MM 999MM Downwind Wing Foil Surfing Pumping Kite Fábrica

Carbono Mast Surf Hydrofoil 939MM 999MM Downwind Wing Foil Surfing Pumping Kite

New Arrival ARTV2 879 Carbon Mast Foil Water Sports Hydrofoil Surfing Downwind Pumping KiteSurf Surfing Paddle Boards Hydrofoil ARTV2 879 Carbon Mast Foil Water Sports Hydrofoil Surfing Pumping KiteSurf Surfing I. Performance Breakthrough of the Carbon Fiber Mast As a brand-new arrival, the core highlight of the ARTV2 879 hydrofoil lies in its carbon fiber mast design. Made of high-modulus carbon fiber, the mast is 40% lighter than traditional aluminum alloy models, yet

Qualidade Axis Gear Wingsurf Wing 1.2Kg Carbon Front Wingfoil Kitesurf 877sqcm Sup Foil Wing Fábrica

Axis Gear Wingsurf Wing 1.2Kg Carbon Front Wingfoil Kitesurf 877sqcm Sup Foil Wing

FIREBALL 1070 ULTRA High Modulus Axis Gear Carbon Front Wingfoil The FIREBALL 1070 ULTRA represents the pinnacle of high-performance hydrofoil technology, featuring advanced high modulus carbon construction specifically engineered for wingfoiling, kitesurfing, and electronic surfboard applications in ocean waters. Revolutionary Performance Design The AXIS Fireball foil range delivers exceptional performance through its innovative high-lift/low-drag foil section, combining

Qualidade Alumínio Self-propelled Surf Foil Hydrofoil 900sqcm Pump Sup Foil Board Fábrica

Alumínio Self-propelled Surf Foil Hydrofoil 900sqcm Pump Sup Foil Board

High Quality Carbon Fiber Aluminum ART V2 939 Hydrofoil 900sqcm Pump Foil Surf I. Performance Breakthrough of High-Modulus Carbon Fiber This forewing uses high-modulus carbon fiber as its core material. Compared to ordinary carbon fiber, its strength-to-weight ratio is significantly improved, reducing the weight of the components while greatly enhancing impact resistance and durability. Common marine environmental impacts such as reef collisions and wave surges can be

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