SABFOIL - BLACKBIRD - SB377 - 377 - /BB - SB377/BB - BLADE
SABFOIL - BLACKBIRD - SB377 - 377 - /BB - SB377/BB - BLADE
STAB KITEFOIL BLACKBIRD 377 BLADE
STAB HAUTE PERFORMANCE SPÉCIFIQUE KITEFOIL :
pour booster les perfs de votre aile avant BLADE 700 Blackbird.
Réservé aux riders confirmés à experts en Kitefoil
Black Bird
" Not just a little bit better but, like, a crazy difference"
Hydrodynamic Efficiency and Drag
° Reduces total drag Streamlined shape = less resistance in water and air Smoother transitions in pumping, touchdowns, and rail-to-rail moves
Active Lift and Trim
° Generates additional lift
Helps you take off earlier
Enables smaller wing surface at the same wind strength
° Maximum active hydrodynamic efficiency
Not just connecting the wings: it works, flies, floats Acts
like a secondary microfoil
° Lightens the load on the rear stabilizer
Optimizes foil balance
Less drag from the stab → more net speed
° Minimizes cavitation and residual turbulence Cleaner water flow toward the stabilizer ° Improves longitudinal stability (pitch)
Flatter, smoother, more responsive trim
Less “nodding” even at high speeds or with small foils
Construction and Structural Stiffness
° Maximum resistance to torsion and flex Wide, flat profile → superior directional rigidity +20% torsional stiffness compared to a cylindrical fuselage
°Aerospace-inspired structural core Comparable to an aircraft wing → optimized load distribution Withstands even hard landings or abrupt touches Versatility and Performance Gains
° Cleaner flight, faster, more stable
Feel the difference instantly in jibes, pumping, touchdowns
Smart volume distribution = less drag even in rail-to-rail moves
°Faster in downwind, more stable in bump & jump
Go further with less effort
Extend your wings’ operating range
STAB KITEFOIL BLACKBIRD 377
SB377 - SPAN 377 / 177 cm² / AR 7,99
Total fuselage lenght 64
Cut the Drag: Sleek profile for explosive speed
Total DRIVE : With Winglets
The Black Bird design: manages water flow, significantly minimizing turbulence and ensuring a clean, laminar stream toward the stabilizer. This precise hydrodynamic optimization results in enhanced stability, reduced drag, and superior overall performance.




