FCS II FW PC Medium Black Tri Retail Fins

FCS II Firewire Performance Core Medium Black Tri Fins

Elevate your surfing experience with the FCS II Firewire Performance Core Medium Black Tri Fins. Expertly designed by renowned shaper Dan Mann, these fins combine the best features of traditional thrusters with twin fin characteristics, ensuring exceptional stability and performance through every turn.

Key Features:

• Size: Medium (Ideal for surfers weighing between 65 kg - 80 kg / 145 - 175 lbs)
• Design: All-round template featuring two larger side fins and a smaller center fin, providing a perfect balance of speed, flow, and response.
• Performance: Extra-large side fins deliver outstanding hold and drive off the bottom, while the smaller center fin and unique tip design offer the projection of a twin fin along with a surprising amount of release through turns.
• Versatility: Supercharged performance makes these fins ideal for a wide range of conditions, particularly excelling in critical overhead waves.

Compatibility:

• Surfboard Types: Designed specifically for the FCS II Fin System, these fins are perfect for high-volume shortboards and hybrid models with wider tails and lower rocker.

Fin Family:
Performer: Experience a perfect balance of speed, flow, and responsiveness.

Material Technology:

• Performance Core (PC): Constructed using a multi-layered resin transfer molding process, PC fins feature a flex pattern that extends progressively from the base to the tip, maintaining drive and hold during turns. This versatile material is lightweight and suitable for various conditions.
• AirCore Technology: With a pressed polyurethane foam core that mimics the fin's geometric foil, AirCore technology reduces the amount of fiberglass needed in the RTM molding process. This results in a significantly lighter fin while allowing for complete manipulation of flex, complemented by durable carbon materials.

Upgrade your gear with the FCS II Firewire Performance Core Medium Black Tri Fins—the ultimate choice for surfers seeking high performance and adaptability in diverse wave conditions.