- Aqua-Hinge - Heavy duty hinge featuring Type 316 military grade anti-corrosivestainless steel springs and multi-functional lock housing built to prevent bladeseparation during kicking activity and hands-free operation.
- Locking Switch - Extra sturdy blade locking mechanism with easy actuating release lever.
- Limiter - Blade limiter flanges maintain fins at optimal angle to provide enhanced propulsion with less effort.
- Web - Designed from Soft, durable thermoplastic elastomer (TPE), the innovative web is designed to increase propulsion and reduce the load required for sustained kicking.
- Blade Inlays - Additional TPE to increase coefficient of friction on blade.
The Stealth Flipfins are preferred and used by Military, Navy, Special Forces and Rescue Divers in US and worldwide. The revolutionary and durable Aqua-Hinge mechanism and highly efficient blade design provide an essential combination of performance andsafety. This model of Flipfins have been tested and proven to be the most operationally effective swim and dive fins that can be worn when exiting aircraft or helicopter during water jumps. Power provided by a shorter blade makes entries and ascents significantly quicker and safer. The Stealth is the same style as the Amphibian® model, but molded with a stiffer TPE compound per specifications of members of US Special Forces which required a design to produce the maximum thrust. Made in USA, Stealth Max Flipfins comply with the Barry Amendment. The patented Amphibian Flipfin system allows for easy transition from walk to dive mode, specially designed for Water Rescue, SAR swimming, search and Recovery missions. Flipfins are perfect for airborne water entries asin helicopter water rescue and Special Operations water jumps, ultra-light weight and neutrally buoyant, Aqua Hinge featuring non-magnetic, stainless steel torsion springs and locking mechanism with easy actuating release lever for hands free operation, large comfortable foot pocket designed to fit all tactical foot wear with raised slip resistant thread design and extended sole plate acts like a lever to enhance power stroke, fin components are designed to withstand..
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