Product description
Premium Material: Made of high-quality silicone material, our swimming fins are super soft, elastic, friendly to skin and comfortable to wear.
Non-slip: The convex surface at the bottom increases the friction, so it effectively prevents slipping while walking, protecting children's safety.
Hole Design: The swimming fin with hole reduces water resistance and increase hydrodynamics, generating more forward propulsion and allowing for faster and more efficient swimming.
Improve Performance: Short blades can promote shorter and faster kicks to enhance leg strength, increase speed and endurance, reduce fatigue, and help swimmers maintain correct body posture during training.
Portable: With help of its attached storage bag, our swimming fin is easy to carry. Suitable for children and swimming beginners.
Our swimming fins are designed to enhance your swimming technique and leg strength. Made from food-grade silicone, these swimming fins provide a comfortable and safe fit without causing any skin irritation. The short blades promote shorter and faster kicks, allowing for improved performance in the water. With a 3D anti-slip design on the bottom, these fins ensure safety by preventing slipping while walking. The swimming fin with hole reduces water resistance, generating more forward propulsion for faster and more efficient swimming. Perfect for long-distance freestyle combinations, backstroke, kick kit, and more. Specifically designed for children's swimming training, these fins increase leg strength, enhance speed, and endurance. The soft silicone material ensures a secure and comfortable fit without rubbing or irritating your skin. Take your swimming to the next-level with our swimming fins.
Features: Super Soft, Flexible, Highly Elastic, Non-slip
XS Suitable Shoe Size: 24-26
S Suitable Shoe Size: 27-29
M Suitable Shoe Size: 30-32
L Suitable Shoe Size: 33-35
Due to the light and screen setting difference, the item's color may be slightly different from the pictures.
Please allow slight dimension difference due to different manual measurement.