Sharpeye PC Carbon Quad Rear Fins Set - FCS II - Black White
The FCS Sharpeye PC Carbon Quad Rear fin set - FCS II is designed for surfers seeking a versatile and high-performance quad fin setup. It's ideal for riders looking for speed, fluidity, and control in a wide variety of waves, including critical overhead waves and punchy conditions.
These rear fins, developed by Marcio Zouvi to complement the Sharpeye thruster set, utilize an 80/20 foil for smooth and stable turns while maintaining drive and grip in powerful carves. Their lightweight and responsive Performance Core Carbon (PCC) material, with strategic carbon reinforcements, offers precision and dynamism, allowing surfers to maximize performance and maneuverability on shortboards and hybrid boards equipped with the FCS II system.
Features :
Set of 2 rear fins (quad rear)
Compatible with FCS II Fin System
Designed to work with the Sharpeye thruster set
Neutral template for a balance of speed, fluidity and responsiveness
80/20 foil for smooth and stable turns
Ideal for critical waves, overhead and punchy conditions
Quad rear for shortboards and hybrid boards
Material: Performance Core Carbon (PCC)
Free shipping within mainland France!
Materials
- Performance Core Carbon (PCC): lightweight resin with strategic carbon reinforcements for precise flex and responsiveness
Care Instructions
Rinse with fresh water after each session
Check the fixings before each use
Avoid prolonged exposure to the sun
Store away from moisture and sand
Delivery
Delivery
Orders are prepared and shipped quickly: most are dispatched within 24 to 48 business hours.
The delivery time, meaning the transit of the parcel to your address, then depends on the delivery location and the carrier.
Shipping costs are transparent and calculated based on weight, volume, and delivery address.
Exchanges & Returns
You have a 14-day right of withdrawal to return or exchange a new product that does not suit you.
Eco-Responsible Packaging
We prioritize sustainable, recyclable, and reusable packaging solutions, minimizing single-use plastic as much as possible while ensuring optimal protection for products, including large items.















