410 results found for “Freediving Fins”

Carbon Fiber blade (Sandwich construction) - the blade consists of 2 carbon fiber layers (upper and lower) with fiberglass between them. Stiffness (thickness) of the blade is achieved by addition of fiberglass layers between the top and bottom layers of carbon fiber. Blade dimensions...

Meet the game-changing fins that are designed to enable spearos improve their kicking technique. Demanding oceans and XL fish require power, we can deliver that. The Alchemy S features a unique carbon layering pattern which minimizes the effect of “bicycle” kicking, a common characteristic...

Meet our ground-breaking carbon fins that are progressive in every way. With top notch performance and configurability, they are designed to enable a wide range of spearos push the boundaries of what is possible. Every aspect of the Alchemy S30 is designed in pursuit...

Meet our ground-breaking carbon fins that are progressive in every way. With top notch performance and configurability, they are designed to enable a wide range of spearos push the boundaries of what is possible. Every aspect of the Alchemy S30 is designed in pursuit...

Pure Carbon blade. Blade color - ocean waves blue. Blade dimensions ~ 80 cm long x 20 cm wide Blade angle ~ 20 degrees. Rubber rails attached to the blade provide maximum efficiency in water flow redirection. Pair of blades weighs ~ 0,8 kg...

The Cressi Ultimate Freediving Package is a complete, high-performance kit designed for serious freedivers and spearfishers who demand warmth, efficiency, hydrodynamics, and comfort in cold-water conditions. Featuring top-tier Cressi equipment—from thermal protection to propulsion and weighting—this bundle delivers everything you need to dive deeper, stay...

To build the ultimate carbon freediving fins for deep freedivers, we crafted every element with meticulous attention to detail for unequalled performance. That’s why we made sure that everything is in its place. Featuring a robust design, state-of-the-art materials and impeccable craftsmanship, the Alchemy...

Blade is made of high quality mixture of epoxy resin and fiberglass. Blade color - clear Pink. Blade dimensions ~ 80 cm long x 20 cm wide Blade angle ~ 20 degrees. Rubber rails attached to the blade provide maximum efficiency in water flow...

Blade is made of high quality mixture of epoxy resin and fiberglass. Blade color - Red Trasnparent with Octopus design. Blade dimensions ~ 80 cm long x 20 cm wide Blade angle ~ 20 degrees. Rubber rails attached to the blade provide maximum efficiency...

Pure Carbon blade. Blade color - ocean waves blue. Blade dimensions ~ 80 cm long x 20 cm wide Blade angle ~ 20 degrees. Rubber rails attached to the blade provide maximum efficiency in water flow redirection. Pair of blades weighs ~ 0,8 kg...

The Oceaner Kelp 7mm Men’s Freediving Package is a complete cold-water freediving and spearfishing system designed for the kelp forests and rugged coastlines of the Pacific Northwest. Featuring a locally built Oceaner Yamamoto wetsuit paired with carefully selected green-camo accessories, this package delivers warmth,...

Blade is made of high quality mixture of epoxy resin and fiberglass. Blade color - clear white. Blade dimensions ~ 80 cm long x 20 cm wide Blade angle ~ 20 degrees. Rubber rails attached to the blade provide maximum efficiency in water flow...

Blade is made of high quality mixture of epoxy resin and fiberglass. Blade color - clear white. Blade dimensions ~ 80 cm long x 20 cm wide Blade angle ~ 20 degrees. Rubber rails attached to the blade provide maximum efficiency in water flow...

Pure Carbon blade. Blade color - ocean waves green. Blade dimensions ~ 80 cm long x 20 cm wide Blade angle ~ 20 degrees. Rubber rails attached to the blade provide maximum efficiency in water flow redirection. Pair of blades weighs ~ 0,8 kg...

Blade is made of high quality mixture of epoxy resin and fiberglass. Blade color - Black Camo. Blade dimensions ~ 80 cm long x 20 cm wide Blade angle ~ 20 degrees. Rubber rails attached to the blade provide maximum efficiency in water flow...