Mares Volo Power Open Heel Fins - BLACK, Regular

The Mares Volo scuba fin is a gigantic leap forward in fin technology. This fin is so revolutionary; it is covered by 8 different patents. The Volo uses Mares Optimized Pivoting Blade system (OPB); the Volo is 30% more efficient than traditional fins. The OPB allows the blade to maintain an optimal angle throughout the kicking cycle, whereas traditional fins achieve this only during a small portion of the cycle, OPB produces a constant thrust, which minimizes fatigue and produces fluid movement through the water. The Mares Volo also allows you to use alternate kick strokes not possible with splits fins. The new blade design with a large central Super-channel and two traditional lateral channels provide excellent thrust while maintaining hi-efficiency and minimizing leg fatigue. The blade is constructed of Tecralene and Thermoplastic rubber for durability. The ergonomically designed foot pocket delivers maximum power and evenly distributes pressure over the foot to minimize fatigue. The foot pocket interior features internal ribbing that improves fit, eliminates foot suction and prevents foot pocket flexing, while transmitting more power to the blade. Volo uses Mares patented design ABS Plus Buckles (Adjustable Binding System). The double button release prevents the buckles from accidently opening making them the most user-friendly system on the market. Features: Gigantic Leap Forward In-Fin-Technology Covered by 8 Different Patents Optimized Pivoting Blade (OPB) System 30% More Efficient than Traditional Fins Blade Maintains Optimal Angle Thru-Out Kicking Cycle Allows Use of Alternate Kick Strokes Not Possible w/Splits Fins Perfect Blend of Power & Efficiency In-One-Fin Anatomical Foot Pocket Foot Pocket Adds Thrust w/Less Fatigue Tecralene and Thermoplastic Rubber ABS Plus Buckles (Adjustable Binding System)

• Type: open heel
• Operating principle: O.P.B. system (Optimized Pivoting Blade) Fin Technology that ensures the blade is always at an optimal angle during both the up and down stroke (patented)
• Channel Thrust Technology (patented)
• Materials: thermoplastic rubber technopolymers
• Thrust area: 760 cm2 / 117 in2