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첨단 마스트 시스템 서프 하이드프로일 날개 마스트 포일 빠른 교환 날개 포일 서핑
New Spitfire 1100 Carbon Fiber Hydrofoil Wing Compatible with Advanced Mast Systems for Customizable Foil Setups and Fast Swaps Carbon Fiber Material: A Dual Guarantee of Strength and Agility The New Spitfire 1100 hydrofoil is crafted from high-quality carbon fiber, achieving both structural strength and lightweight design within a compact 1100mm wingspan. The carbon fiber material effectively resists impacts and wear during water sports, extending equipment lifespan, and
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마스트 60 - 90cm 스포츠 E 포일링 서핑 날개 포일 surfboard 탄소
SP 860 Carbon Hydrofoil Water Sport Wingfoil Carbon Wing Foil for Surfboard Hydrofoil Surfing Product Overview The SP 860 Carbon Hydrofoil Wing is engineered for high-performance surf foiling, offering exceptional stability and maneuverability across various water sports applications. Technical Specifications Attribute Specification Occasion Ocean waters Applicable People Unisex Place of Origin Guangdong, China Brand Name GUANYONG Model Number GY-SP 860 Product Name Hydrofoil
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1611 Sqcm 서프 하이드로필 1201MM 초보자 포일 서핑 에포일 윙포일 웨브 펌핑
ART Pro 1401 1611sqcm Ultra-Light Carbon Foil for Beginner Efoil Wingfoil Wave Pumping High-Performance Carbon Fiber Mast: The Pinnacle of Lightweight and Rigidity The core component is a high-modulus carbon fiber mast, five times stronger than steel and only one-quarter the density, making it over 30% lighter than traditional aluminum masts while offering ten times greater rigidity. This lightweight design significantly reduces physical exertion, making long-distance voyages
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블랙 워터 하이드로필 보드 탄소 섬유 날개포일 펌프 포일 서식 패들 포일 보드
2025 Top Sale ART 1201 Hydrofoil Carbon Fiber Wingfoil Set Foil Board Powered Hydrofoil Kit Surfboards Accessories Pump Foil I. Package Configuration: One-Stop Professional Equipment Combination As a 2025 best-selling package, the ART 1201 includes a full carbon fiber hydrofoil body, compatible foil, power hydrofoil components, and a complete set of accessories. The core hydrofoil is made of 3K carbon fiber in a single piece, paired with a dedicated "slim rear wing"
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울트라 HM 서프 하이드로필 탄소섬유 기어 서핑 날개 보드 필 서핑 1099MM
New Arrival Hydrofoil GY-AXIS ART V2 1099 Ultra HM Carbon Fiber Kite Surfing Wing Foil Surfing Board Electric Surfboard Foils Hydrofoil GY-AXIS ART V2 1099 Ultra HM Carbon Fiber Kite Surfing Wing Foil Surfing The ART V2 1099 Performance in Small Bumps. It with how well it pumped, We could drive the pump with more power, without needing the same level of finesse. This gave a sense of control and efficiency, especially in smaller waves where pumping usually requires more effort
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880MM 940MM 수중 비행기 날개 서핑 탄소 필름 보드 높은 측면 서핑 장비
ART V2 999 Hydrofoil Carbon High Aspect Surfing Equipment for Water Sports Superior Design – Glide Effortlessly on the Water The ART v2 is a brand-new foil series offering powerful smooth carving with low-drag glide and exceptional speed. This High Aspect wing features an Aspect Ratio of approximately 10 across the series, delivering optimal performance for water sports enthusiasts. Product Specifications – Professional-Grade Configuration Product Name ART V2 999 Area 1038cm²
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탄소 마스트 서프 하이드프로일 939MM 999MM 다운윈드 윙 포일 서핑 펌핑 카이트
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
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알루미늄 자동 서프 포일 하이드로필 900sqcm 펌프 수프 포일 보드
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
