FCS II Mick Fanning Glass Fibre Fusion Tri Fins - Smoke/White
USP statement: The MF profile with Glass Fibre Fusion technology for maximum performance and control.
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Mick Fanning’s “Glass Fibre Fusion” fin features “Rapid Flex Recovery,” enabled by “High Tension Tip Flex.” This dynamic and responsive fin profile harnesses energy and instantly returns to its original shape, providing more speed and acceleration between turns, as well as greater control in critical moments.
The MF profile, regarded as the epitome of high-performance surfing and favored by professionals worldwide, is now available in FCS’s advanced “Glass Fibre Fusion” (GFF) technology. Engineered in Switzerland using precision robotic automation and high-quality materials, this construction combines a unidirectional fiberglass skin with a 65% short-strand fiberglass and resin polymer composite base to create a fin that is lightweight, possesses exceptional strength, and offers a responsive flex pattern. For the user, this means efficient energy conversion into acceleration, seamless rail-to-rail control at high speeds, and a feeling of connection between board and fin.
“This is the new benchmark for precision engineering in molded performance surfboard fins. The GFF construction feels very similar to my black and white Performance Core fins that I use daily. In fact, I can use them in a wider range of conditions, from waist-high to well over head-high waves. These fins are stiff enough that I can push them as hard as I want and still get that drive and release, which is important for my style of surfing.” – Mick Fanning
GLASS FIBRE FUSION
FCS’s advanced Glass Fibre Fusion (GFF) technology. Engineered in Switzerland using precision robotic automation and high-quality materials, this construction combines a unidirectional fiberglass skin with a base made of 65% short-strand fiberglass and a resin polymer composite. The result is a lightweight fin with exceptional strength and a responsive flex pattern. For the user, this means efficient energy conversion into acceleration, seamless rail-to-rail control at high speeds, and a feeling of connection between board and fin.
