FEATHER FINS QUAD BLACK HC (FS2)
FEATHER FINS QUAD BLACK HC (FS2)
Precio habitual
€89,95 EUR
Precio habitual
Precio de oferta
€89,95 EUR
Impuestos incluidos.
Cantidad
No se pudo cargar la disponibilidad de retiro
Bajas existencias: quedan 1
FEATHER FINS QUAD BLACK HC
Unlock lightning-fast acceleration and radical pivot control on the wave face. The FEATHER FINS QUAD BLACK HC set represents the absolute pinnacle of high-performance quad fin design, engineered precisely for sharp, instantaneous directional changes and maximum speed. By syncing upright side fins with high-sweep rear trailers, this premium complete setup allows your board to pivot on a dime while holding its line in critical sections, delivering the raw drive and direct responsiveness needed when pushing hard over sand or reef breaks.
Why You'll Love It:
- Complete Four-Fin Harmony: Combines optimized front and rear templates to deliver the perfect balance of blistering quad-fin speed, loose tail release, and reliable tracking.
- Premium Honeycomb Tech (HC): Features a specialized internal hexagonal core panel that dramatically minimizes total weight while locking in structural stability.
- High-Strength Epoxy Matrix: Encased in top-tier epoxy resin to maximize structural longevity, offering extreme impact resistance and a crisp, predictable flex pattern.
- Precision Foil Optimization: Designed with flat foiled front fins for clean speed generation and symmetrical rear trailers for fluid water separation and control.
- Maximum Drive & Release: Provides extreme projection out of bottom turns while allowing the tail to free up quickly for snappy lips and vertical aerial maneuvers.
Specs:
- Model Range: Quad Fin Series (Complete High-Performance 4-Fin Architecture)
- Fin Box System: FCS2 Compatibility (Toolless Click-In Architecture)
- Frame Architecture: Hexagonal Honeycomb (HC) Core with Premium Epoxy Resin Layout
- Fin Configuration: Full Quad Setup (2x Front Side Fins / 2x Rear Trailer Fins)
- Best For: High-speed sand or reef surfing, snappy vertical turns, rapid acceleration, and technical quad-fin progression.
