SEAC Shuttle Sport Short Swim Fins Made from 100% Silicone Ideal for Beginners
- SEAC Shuttle, 100% silicone short swim fins designed for strength or cardio training
- SEAC Shuttle are short fins for swim 100% silicone designed in two different hardnesses, for strength training (Sport version) or cardio training (Power version).
- Sport version is ideal for beginners especially for muscle strengthening training or intermediate level swimmers.
- 100% non-deformable silicone structure. SEAC Shuttle short fins never lose their shape memory and do not get damaged either by the chlorine of the pool or by the sea water.
- The soft blade allows the ankle and the neck of the foot to flex properly, granting the maximum push up to the fingertips. Thanks to these features it is possible to optimize the whole surface of the SEAC Shuttle swimming fins.
SEAC Shuttle short swim fins are made with 100% silicone, designed with two different flexibilities: strength training (Sport version) or cardio training (Power version). Sport version is ideal for beginners especially for muscle strength training or intermediate level swimmers. The swimmer benefits from strengthening the thighs, buttocks, calves and lumbar region, preparing them for more advanced training. Power version is designed for advanced swimmers with long and intensive training sessions, improving kick frequency and cardio resistance. Thanks to the non-deformable silicone structure, SEAC Shuttle short fins never lose their shape (memory) and do not get damaged by either pool chlorine or by seawater, making them ideal for snorkeling. The blades dynamics allow the ankles and feet to flex properly, pushing maximum power up through to the fin tips. This design makes the most of the entire surface of the Shuttle swim fins. The SEAC Shuttle silicone fins are available both in the Sport and Power versions, with eight sizes from 34 to 46.
WARNING: This product can expose you to chemicals including lead, which is [are] known to the State of California to cause cancer and reproductive harm. For more information go to www.P65Warnings.ca.gov