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FCS - FCS II AL MERRICK - PC - COBALT - M - 3FINS

FCS - FCS II AL MERRICK - PC - COBALT - M - 3FINS

FCS - FCS II Al Merrick - PC - M - 3FINS

Overview

  • Al Merrick's template is designed for radical, progressive surfing.
  • The raked side fins produce exceptional speed and drive, while the smaller centre fin on the medium and large template offer quick release through turns.

Ideal Conditions

  • Hollow steep waves, punchy beach breaks.

Board Types

  • Designed to fit the FCS II Fin System.
  • Performance boards with deep concaves and moderate-to-extreme rocker.

Fin Family

  • Carver: Find Power. Powerful, drawn-out turns with added hold.

 

Material Performance Core

Performance Core (PC) fins are made using a multi-layered resin transfer molding process. The flex pattern in PC fins extends progressively from the base through to the tip, helping the surfer to maintain drive and hold through a turn. This versatile fin material is light, and can be used in a variety of different conditions.

$42.01

Original: $140.03

-70%
FCS - FCS II AL MERRICK - PC - COBALT - M - 3FINS

$140.03

$42.01

Product Information

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Description

FCS - FCS II Al Merrick - PC - M - 3FINS

Overview

  • Al Merrick's template is designed for radical, progressive surfing.
  • The raked side fins produce exceptional speed and drive, while the smaller centre fin on the medium and large template offer quick release through turns.

Ideal Conditions

  • Hollow steep waves, punchy beach breaks.

Board Types

  • Designed to fit the FCS II Fin System.
  • Performance boards with deep concaves and moderate-to-extreme rocker.

Fin Family

  • Carver: Find Power. Powerful, drawn-out turns with added hold.

 

Material Performance Core

Performance Core (PC) fins are made using a multi-layered resin transfer molding process. The flex pattern in PC fins extends progressively from the base through to the tip, helping the surfer to maintain drive and hold through a turn. This versatile fin material is light, and can be used in a variety of different conditions.