FCS Christenson Twin Fin SetChris Christenson’s specialty twin - From high performance twins to more traditional shapes this is a perfect complement to your twin fin. This set provides smooth and fast down the line speed.Details:Base: 130.55mm, 5.14"Depth: 132.5mm, 5.22"Area: 12744mmsq, 19.75"sqSweep: 36.7 degreesFoils: Flat
Chris Christenson’s specialty twin - From high performance twins to more traditional shapes this is a perfect complement to your twin fin. This set provides smooth and fast down the line speed.
Britt Merrick’s hand foiled signature twin fin set is designed to fit between a traditional upright and keel fin. While conceived to maximize the performance and flow of the new...
Futures Fins K2 Keel Twin Fin Set2 fin keel setThis is a smaller performance variation of the K1 retro twin, applying the same technology and foils to keep the flow...
Christenson Keel (Single Tab) Template: Drive—updated slightly upright keel for more control in your retro twin. Construction: Fiberglass Flex: Stiff Compatibility: Futures (Single Tab) The Christenson Keel is the fiberglass version of this popular set. Chris takes...
New keel template we've worked on with Chris Christenson that compliments both function & aesthetic. Designed with plenty of curve in the leading and trailing edge to provide smooth rail to...
Make no mistake, this fin ain't retro. Although inspired by classic keel outlines, the all-new AMK template boasts a modern rake shape, graduated tip flex and flat inside foils finely...
Twin-Fin Set - Futures Compatible: Designed to work fluidly with performance hybrid-style twinnies, Ryan Lovelace created this template to bridge the gap between a traditional keel fin and an upright late...
( Twin-Fin Set ) Futures Compatible, Flat Inside Foil: The Stussy Power Twins are foiled from solid fiberglass and feature a stiff and powerful flex which has been honed in for... you guessed...
Britt Merrick’s new hand foiled signature twin fin set (BMT), is designed to fit between a traditional upright and keel fin. While conceived to maximize the performance and flow of the new...