Kids Swim Fins, Silicone Swimming Fins for Kids, Creative Rainbow Silicone Swimming Training Fins, Comfortable Snorkel Short Fins, Build Leg Strength, for Lap Diving Pool

• Attractive and Breathable Design: These swim fins come in bright colors that will catch your kids' attention and make them enjoy swimming more. They also have a unique opening design that allows better water drainage and air circulation, keeping your kids' feet comfortable and dry.
• Walkable and Safe: These kids snorkel fins have a suitable length, so kids can walk around the pool without falling. They also have a tight fit and built-in protection for comfort and safety.
• Optimized Swimming Results: Swim faster and longer with these kids flippers, designed for swimming training. They en-hance your speed and endurance, develop your leg strength, and diminish your fatigue. They also refine your swimming tec-hnique and form.
• Suitable for Young Swimmers: These short swim fins are designed for kids and youth of different sizes. They are ideal for boys and girls who want to dive, snorkel, or train in the water, as they help them improve their speed and tec-hnique.
• Flexible and Durable: These swimming flippers are made of high-quality silicone that is soft and durable. They provide a gentle and comfortable fit for your kids' skin while enhancing their flexibility and tenacity in the water.

Description: These kids flippers are the perfect choice for your little swimmers. They are made of high tenacity material that can withstand wear and tear. They have a unique opening design that allows better water drainage and air circulation. They also have built-in protection to prevent injuries and blisters. These flippers can help your kids swim faster and more smoothly. Specification: Name: swim fin Material: Silicone Product List: 1 pair of swimming fins Notes: 1. Due to the different monitor and light effects, the actual color of the item might be slightly different from the color which is showed in the pictures. 2. Please forgive a slight measuring deviation due to manual measurement.