FCS - FCSII CI x Dane Reynolds DD2 - PG - L - 3FINS

Neo Glass fins are precision molded using long strand fiberglass and a marine grade polymer. Very affordable yet considered a premium construction due to its high fiberglass content and active flex pattern, these fins will accommodate a wide range of surfers and surfing conditions.

Considered a premium construction, Neo Carbon fins are precision molded using milled long strand carbon and the highest-grade European resin.

This unique material has unparalleled stiffness-to-weight ratio, so they’re not only light but incredibly responsive.

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.

Fins with AirCore Technology feature a pressed polyurethane foam core that mimics the geometric foil of the fin. AirCore technology reduces the amount of fiberglass required in the RTM moulding process making it much lighter while allowing total manipulation of the flex.

"This is the new benchmark for precision engineering in a moulded performance surfboard fin. These fins are stiff enough where I can push them as hard as I want, yet still get that flare and release, which is important for the way I like to surf." — Mick Fanning

Mick Fanning’s Glass Fibre Fusion fin features Rapid Flex Recovery produced by High Tension Tip Flex. This dynamic and responsive fin pattern harnesses energy and instantly snaps back to its original shape, producing increased speed and acceleration between turns and more control during critical moments.

The MF template, renowned as the pinnacle of high-performance surfing and favoured by professionals worldwide, is now offered in FCS's advanced Glass Fibre Fusion (GFF) technology.

This Swiss-engineered construction, utilising robotic precision automation and premium materials, combines auni-directional fibreglass skin and a 65% Short Strand Fiberglass and Resin Polymer composite base toproduce a fin that’s lightwith exceptional strength and a responsive flex pattern.

For the user this meansan efficient conversion of power into acceleration, seamless rail-to-railcontrol at high speeds, and a feeling of connectivity between the board and fin. 

Often referred to as PC Carbon or PCC, these fins are highly responsive and feature strategically placed carbon that’s designed to complement the fin template. PCC fins suit fast surfing and are favored by power surfers who like to perform explosive turns on critical parts of the wave.

Our latest example of PC Carbon is the new PCC Essential Series, in this series the internal carbon framework is designed specifically to suit each template, and by switching to epoxy resin and adding a carbon twill to the base we’ve delivered a more user-friendly flex pattern.

Stiffness in the lower half of the fin enhances drive and acceleration from take-off, and a softer flex through the top half of the fin results in a smoother and more predictable feel when turning.

The PCC Essential Series fins are also created using Aircore technology which is a pressed polyurethane foam core that mimics the geometric foil of the fin. With AirCore we can make a much lighter fin with total manipulation of the flex.

Reserved for the FCS Specialty Series, Performance Glass (PG) fins are machine cut from layers of solid fiberglass. These fins are stiff, and are widely used by pro level surfers because the integrity of the flex is maintained under immense force, and in the most extreme of conditions and situations.