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For snorkeling, diving or apnoe
This is a futuristic fin, deriving from the Cressi deep sea skin-diving models, which introduces the use of more reactive materials also in the full foot fin sector of normal length. In fact, the blade is not made from copolymer but from exceptionally light and reactive polypropylene. This material is combined with a comfortable thermo-rubber (elastomer), used for the foot, for the side stringers and for various inserts.
Precision blend of hydrodynamics and for ultimate comfort, efficiency and performance. The Viper's Flexible Power Thrust Channel directs water off the tip of the blade for improved power and efficiency.
The first fin in the world made by combining three different materials, a process that Cressi perfected and patented with this fin, which guarantees unsurpassable performance.
The blade is made from a special, incredibly reactive polypropylene, which is at the same time extremely light, and progressively charges up during the stride to take off like a spring at the exact moment the stride is inverted.
Brand new design for this extremely effective and yet very easy to use fin. The special arched profile of the fins combined with the two central ribs promote a significant flow convection effect, known as “spoon effect”, which stabilises and boosts propulsion.
An interchangeable blade which is very lightweight and reactive and also well-adapted for the most demanding of free-diving use.
Cressi’s most technically advanced fin, the Reaction uses a completely new polypropylene blade material that is more reactive, flexible and trim than previous designs.
It kicks easily yet powerfully and is suitable for divers of every experience level.
Increase your power to weight ratio with our new F2 fins. If you are a traveling diver, looking to reduce weight or just favor a lightweight fin, look no further. The patented F2 is designed to add blade surface on both the downstroke and upstroke to increase your efficiency with any type of kick. The F2 is injection molded using monoprene and uses a shorter blade design which packs easy and improves agility in tight areas. Standard with adjustable stainless steel spring straps.
The new THOR EBS fin has a peculiar and unprecedented structure that combines the two central ribs in high modulus polypropylene, very reactive and a central area of the thermoplastic rubber with a convex section, assembled in a polypropylene blade. Two lateral nozzles located in the area where bending starts release the associated negative forces and allow the use of two high response ribs. This combination causes a channeling and acceleration of water flow, which stabilizes and increases propulsion at equal effort.
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