MARES Volo Race Diving Fins

The Volo Race diving fins feature a closed, anatomically designed foot pocket, which ensures a secure and comfortable fit. Equipped with both OPB (Optimized Pivoting Blade) and Channel Thrust technology, the Volo Race fins offer exceptional performance with minimal effort. The OPB technology optimizes the blade´s pivot angle, minimizing resistance and maximizing thrust. This results in improved power transfer and reduced fatigue, ensuring a remarkable diving experience. The Volo Race diving fins feature the inclusion of soft longitudinal inserts, allowing for controlled deformation of the blade during kicking. This innovative feature enhances the responsiveness and efficiency of the fins, enabling divers to maximize their movements with precision. The fins incorporate a channel shape that displaces more water, resulting in increased thrust with the same effort. With the OPB system, the blade of the fins maintains an optimal angle throughout the entire kicking cycle. This technology ensures efficiency during kicking, reducing resistance and improving overall performance. Additionally, the Channel Thrust technology incorporated in these fins, allow the fins to maximize the flow of water, therefore moving a greater amount of water. The result is greater thrusting power with the same amount of effort. Features: The main features of the Avanti HC Pro diving fins are: - Anatomical foot pocket for a secure and comfortable fit - OPB system for easy kicking efficiency - Channel Thrust technology for increased thrust and performance Specifications: - Material: Thermoplastic rubber-Technopolymers - Blade length: 14.6´´ - Blade thrust area: 108.5in² - Weight of single fin: 1.5lb Technology: Opb - optimized pivoting blade: - 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. Channel Thrust: - Soft longitudinal inserts allow a controlled deformation of the fin blade while kicking. This channel shape moves a greater amount of water resulting in more thrust for the same effort.