The Blue Planet Surf Foil features lightweight full carbon construction, a low-drag hull, soft forgiving rails, and balanced volume for easy paddling, fast takeoffs, and responsive prone foil surfing performance.
The Blue Planet Wing Master V3 features a lightweight full carbon construction, refined outline, hard-release tail, forgiving nose, and balanced volume for efficient takeoffs, responsive carving, and confident wing foiling.
The Blue Planet Downwind Master features a lightweight full carbon construction, efficient low-drag hull, beveled rails, and balanced volume for smooth paddle-ups, effortless glide, and confident downwind or light wind wing foiling.
The Blue Planet Wing SUP features a stable, balanced carbon design with a wide tail, forgiving nose, and full carbon construction for easy lift, smooth touchdowns, and confident progression in wing foiling and SUP foil surfing.
The Blue Planet 4'6 Wing Master features a high-volume compact shape, smooth water release, and reduced swing weight for effortless takeoffs, agile handling, and responsive performance in wing foiling.
Ultra-light, stiff full-carbon foil board designed for early takeoff, direct feel and high performance foiling with super sharp edges and balanced track positions for responsive control.
The Armstrong A+ System Titanium Core Fuselage delivers exceptional stiffness and strength with a lightweight carbon shell over a titanium core. Designed for seamless compatibility with Armstrong A+ front wings and stabilizers.
Stainless steel foil plate mount hardware kit for secure board attachment. Corrosion-resistant components with universal compatibility for most foil systems. Includes 4 T-nuts and 4 bolts.
M7 26mm 316L stainless steel and titanium hardware set for the Armstrong performance mast and alloy mast top. Rainbow titanium coated screws. Not compatible with the regular carbon mast.
Patented carbon fiber foil mount compatible with Tuttle heads up to 71mm and standard plate mount bases. The strongest, most versatile foil mounting system available for SUP and prone boards.
Everything you need to assemble your Armstrong Alloy foil system. Complete titanium hardware set includes all mast top, bottom bracket, and fuselage screws with nylon washers. Note: M7x25mm track mounting hardware not included.
The Armstrong HA Front Wing combines a high-aspect carbon design with exceptional glide, smooth low-speed lift, dynamic carving, and impressive high-speed stability for wing, surf, SUP, and downwind foiling. Includes hardware and a protective cover.
The Armstrong A+ System Tail Wing is engineered for smooth pitch stability, responsive carving, and efficient glide. Available in multiple stabilizer designs to optimize wing, surf, SUP, pump, and downwind foiling performance.
The Armstrong MA Mk II Front Wing combines premium carbon construction with a mid-aspect profile for exceptional carving, low-speed lift, forgiving pitch stability, and efficient glide across wing, surf, SUP, and downwind foiling.
The Armstrong A+ System Carbon Mast combines premium carbon construction, optimized stiffness, and responsive flex for smooth, predictable performance across wing, surf, SUP, and downwind foiling. Includes mounting hardware and mast cover.
The Armstrong A+ HA V1 Front Wing features a high-aspect carbon design for exceptional glide, high-speed efficiency, responsive turning, and remarkable low-speed lift in wing, surf, and downwind foiling.
The Armstrong Performance Carbon Mast features a premium Toray carbon construction developed with America's Cup design partners, delivering exceptional stiffness, low drag, lightweight performance, and precise control across every foiling discipline.
The Armstrong A+ HS High Speed Front Wing features a user-friendly mid-aspect design with efficient glide, excellent speed, and predictable stability for confident progression in wing, surf, and downwind foiling.
The Armstrong Downwind Performance Front Wing combines advanced carbon construction with an ultra-efficient design for exceptional glide, smooth acceleration, high-speed stability, and effortless linking of open-ocean swells.