18/21/24CM Kids Bouncing Mute Ball High-Resilience Mute Dribbling Basketball Training Foam Ball Basketball Hoop Orange

Kids Indoor Silent Basketball High-Resilience Mute Dribbling Basketball Lightweight No.7 for Various Indoor Activities
Features:
1.Whisper-Quiet Gameplay: Our bouncing mute ball is engineered with an innovative noise-absorption technology using millions of micro-pores that significantly reduce sound. This allows for an indoor basketball experience that's as intense as it is quiet, ensuring that family, friends, or neighbors remain undisturbed while you or your kids practice anytime within the comfort of your home.
2.Safe, Non-Toxic Materials: Constructed from premium non-toxic PU and polyurethane sponge, our indoor silent basketball is completely safe for children. Free from harmful chemicals and odors, it provides peace of mind for parents and a safer play environment for children.
3.Realistic Bounce and Response: Despite its quiet nature, our silent soft ball doesn't compromise on the bouncing characteristics you'd expect from a standard basketball. This creates an authentic playing experience, enhancing coordination and reaction skills for both children and adults alike during indoor play.
4.Superior Durability: Made from high-quality, resilient sponge material, our air bounce basketball maintains its shape and elasticity even with rigorous daily use. This durability ensures that your investment lasts, providing endless hours of indoor sports entertainment without the wear and tear of a traditional basketball.
5.Encourages Active Lifestyle: The silent feature of our quiet basketball makes it an ideal choice for indoor activity, helping to instill a love for the game in children. It's an effective way to motivate them to engage in physical exercise, fostering a healthy and active lifestyle from a young age.

Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.