LUSIT PU Foam Foam Pickleball Balls Quiet Bounce Silent Quiet Pickleball Balls Pickleball Accessories High Bounce Pickleball Training Balls for Pickleball Training

Product size: diameter about 7.4cm/2.91 inches Weight: 30g/piece Brand new and high quality. Material: PU foam Color: As shown Points: 1.Silent Play Pickleballs: Experience uninterrupted fun with these foam pickleball balls that have a quiet design. The balls bounce like regular outdoor pickleballs without any noise, making every game enjoyable and peaceful 2.Sturdy Performance: Built from high-density foam, these foam pickleball balls show notable resilience and can handle high-intensity hits without deforming or breaking down. Wear-resistant and durable, these balls are perfect for long-term use 3.Comprehensive Application: Experience the thrill of pickleball with these foam pickleball balls designed for widespread use by players of all levels. Perfect for indoor and outdoor play, as well as professional or casual competition and training 4.Secure Training: Enjoy no-worry practice as our Foam Pickleball Balls are crafted with a soft exterior, making them safe to practice on any wall without worrying about getting hit. Experience secure training knowing they are less likely to cause injury 5.Excellent Gift Option: Ensuring seamless gameplay for hours on end. A perfect choice for beginners, seniors, and young players, these balls are an excellent option to give to friends, family, or colleagues for never-ending fun and bonding over games These indoor pickleball balls are perfect for both indoor and outdoor venues. Made with foam materials, they leave your walls without any interruptions. Safe to practice on any wall, these balls are suitable for giving and are a great addition to your pickleball collection.

Package: 1 x Foam Pickleball Ball (excluding other exhibits)

Notes:

1. Due to the different monitor and light effects, the actual color of the item might be slightly different from the color shown in the pictures.
2. Please forgive a slight measuring deviation due to manual measurement.