We specialize in hard to find items
All Categories
Mares Unisex Adult Razor Full Foot Swim Fins - Long Blade Flippers for Freediving & Spearfishing, 41
Share Tweet
*Price and Stocks may change without prior notice
*Packaging of actual item may differ from photo shown
- Electrical items MAY be 110 volts.
- 7 Day Return Policy
- All products are genuine and original
Mares Unisex Adult Razor Full Foot Swim Fins - Long Features
-
SWIM FINS FOR FREEDIVING & SPEARFISHING - The Razor swimming fins provide ideal power and efficiency for dives at shallow and medium depths, making them well-suited for both freedivers and spearfishers
-
HIGH-QUALITY BLADE - Constructed from a highly reactive technopolymer with the addition of elastomers, these flippers are extremely efficient, providing agility and excellent performance; Interchangeable blade design to meet the needs of all diving conditions
-
30% SOFTER SHOVEL - With a shovel that's 30% softer than the Razor Pro, these diving fins offer a more forgiving flex, making them comfortable for prolonged wear; The softer design is ideal for divers who prioritize flexibility and reduced fatigue, allowing extended use with ease
-
EXCEPTIONAL SURFACE PERFORMANCE - Specifically designed for surface swimming, the Razor fins ensure smooth, efficient strokes on the surface, perfect for long swims; The flexible yet powerful blade delivers propulsion that's easy on the legs, making them ideal for surface-level exploration
-
COMFORTABLE FOOT POCKET - Designed to be worn with a 3mm neoprene sock, the Razor dive fins provide enhanced comfort and secure foot support; This snug fit not only improves control and power transfer but also reduces chafing, ensuring a comfortable experience throughout long dives
About Mares Unisex Adult Razor Full Foot Swim Fins - Long
Techno-polymer construction, interchangeable blade design - the foot pocket is incredibly comfortable due to the design developed in collaboration with a leading Italian foot (podology) clinic. Its shapes and the extra thickness on the instep and the tensioners under the arch have been meticulously researched to convey the maximum amount of energy produced to the blade,.
