The ride
Stratos HM starts where most foils fall off the plane. High-modulus carbon construction, a titanium front fuselage for structural stiffness, and HA front wings with aspect ratios over 10 — it pumps through the lulls, locks into bumps, and keeps gliding long after the power has left the wing. The 175 cm² back wing gives you the turning radius you need to carve back upwind without giving up the speed.
Details
The system
HM mast stays on, the titanium front fuselage handles the load, and the carbon extension keeps weight where you want it. Three HA front wings span speed-glide to downwind endurance — pick your condition and go. Same mast, same back wing, completely different ride.
Ready to ride
Pick your front wing in the foil builder. The complete series — mast, fuselage and back wing — ships together, with 15 % off when you assemble the full pack.
The foil glossary
Mast
The vertical piece connecting the board to the fuselage. Determines flight height. Standard: 70 cm (beginner), 75–85 cm (all-around).
Front Wing
The main lift generator. Surface area (cm²) and aspect ratio define take-off ease, speed and glide. MA = entry/freeride, MHA = versatile, HA = glide/downwind.
Fuselage
The horizontal bar linking front wing to stabilizer. Shorter = tighter turns (freestyle). Longer = better tracking (downwind).
Stabilizer
The small rear wing that balances the foil in flight. Larger = more stability. Smaller = looser, more responsive.
Aspect Ratio
Wingspan² ÷ surface area. Low AR (≤6): compact, maneuverable, forgiving. High AR (≥8.5): fast, efficient glide, better upwind. Medium AR (~7): versatile all-around.
Aluminium & Carbon
Aluminium: affordable, impact-resistant, ideal for learning. Carbon: lighter, stiffer, earlier take-off, more responsive. Best for intermediate+ riders.
Disciplines
Freeride: everyday riding, cruising, progression. Freefly: riding swell with the wing flagged. Wing Surf: waves with the wing in hand. Freestyle: jumps, rotations, tricks. Racing: speed on a course.
Pumping
Leg-driven motion to generate or maintain speed without wind or wing propulsion. Essential for dock starts, connecting waves, and downwind glides.
Jibe & Tack
Jibe: downwind turn, changing direction with the wind at your back. Tack: upwind turn, passing through the wind.
Stall
Loss of lift causing the foil to sink. Happens when speed drops below the foil's minimum flight speed (typically ~5 knots).
