FEATHER FINS ULTRALIGHT EPOXY HC BLUE/YELLOW (FUTURE)
FEATHER FINS ULTRALIGHT EPOXY HC BLUE/YELLOW (FUTURE)
Precio habitual
€69,95 EUR
Precio habitual
Precio de oferta
€69,95 EUR
Impuestos incluidos.
Cantidad
No se pudo cargar la disponibilidad de retiro
Bajas existencias: quedan 1
FEATHER FINS ULTRALIGHT EPOXY HC
Experience the perfect blend of traditional fiberglass feeling and game-changing weight reduction. The FEATHER FINS ULTRALIGHT EPOXY HC is one of the most versatile and popular thruster setups on the market, engineered as a high-performance daily driver for all types of surf conditions. Combining an exceptionally lightweight hexagonal core with a premium epoxy matrix, this balanced classic template delivers massive speed, reliable tracking, and a smooth, reactive flex that lets you push through critical turns with total confidence.
Why You'll Love It:
- Ultimate All-Round Performance: Features a classic, highly balanced thruster template that adapts effortlessly to clean reef breaks, rolling beach swell, or messy chop.
- Hexagonal Core Lightweight Matrix: Integrates an advanced internal honeycomb layout that drastically trims down total fin weight while maintaining absolute structural integrity.
- Premium Resin Transfer Moulding (RTM): Utilizes an advanced high-pressure injection process with high-grade epoxy resin to provide an exceptionally smooth, fluid feeling on the wave.
- Refined Dynamic Tip Flex: Designed with a slightly tapered tip to unlock an impressive impulse punch and rapid release from the top of the lip.
- Predictable Drive & Speed Generation: Engineered with a wide base configuration that produces relentless forward projection out of deep bottom turns.
Specs:
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Model Range: Thruster Fin Series (Premium Light-Weight 3-Fin Everyday Platform)
- Fin Box System: Futures Compatibility (Single-Screw Base System)
- Frame Architecture: Hexagonal Honeycomb (HC) Core with Advanced Epoxy RTM Layout
- Fin Configuration: Tri-Fin Setup (3x Identical Thruster Fins)
- Best For: Everyday surf versatility, rapid rail-to-rail transitions, smooth top-turn release, and consistent drive in all wave sizes.
