Hot Sale Fcs Ii Al Merrick Performance Core Aircore Tri-quad Fins Holiday Edition [KSd0j3xs]

Hot Sale Fcs Ii Al Merrick Performance Core Aircore Tri-quad Fins Holiday Edition [KSd0j3xs]

Experience the ultimate fusion of performance and innovation with the Hot Sale Fcs Ii Al Merrick Performance Core Aircore Tri-quad Fins Holiday Edition [KSd0j3xs]. Crafted for the progressive surfer, these fins are designed to elevate your ride with their exceptional speed and drive. The raked side fins are a game-changer, offering unparalleled acceleration and control. With the smaller centre fin, you'll enjoy quick release through turns, making them perfect for hollow steep waves and punchy beach breaks. The Tri-Quad set-up provides a balanced and powerful performance, whether you're carving or performing radical maneuvers.

Performance Core + AirCore Technology

The Hot Sale Fcs Ii Al Merrick Performance Core Aircore Tri-quad Fins Holiday Edition [KSd0j3xs] are built with cutting-edge AirCore Technology. This innovative construction features a pressed polyurethane foam core that mimics the geometric foil of the fin, resulting in a lighter and more flexible fin. The AirCore technology significantly reduces the amount of fiberglass required in the RTM moulding process, making these fins incredibly lightweight. This not only enhances the fin's responsiveness but also allows for total manipulation of the flex, providing a custom fit for your surfing style.

IDEAL FOR PROGRESSIVE SURFERS

The Hot Sale Fcs Ii Al Merrick Performance Core Aircore Tri-quad Fins Holiday Edition [KSd0j3xs] are a must-have for any progressive surfer looking to push their limits. Designed to fit the FCS II Fin System, these fins are compatible with performance boards featuring deep concaves and moderate-to-extreme rocker. Whether you're carving through hollow waves or executing powerful turns, these fins deliver the power and hold you need. The Carver fin family offers a powerful, drawn-out turn with added hold, making them ideal for surfers seeking maximum performance in a variety of conditions.