JIUERYUN Tech, Non-Inflatable Concept Basketball, Standard Size 7 Indoor Basketball, 3D Printed.

JIUERYUN Tech, Non-Inflatable Concept Basketball, Standard Size 7 Indoor Basketball, 3D Printed.

Hollow grid frame: Geometrically hollow structure, while maintaining excellent aerodynamic performance. Size: Standard size 7 basketball (diameter 24–25 cm, weight 580–620 g), identical in size and weight to traditional NBA basketballs, meeting official basketball specifications. Material: Made from a proprietary elastic polymer using Selective Laser Sintering (SLS) technology. Airless design: Utilizing a unique lattice structure, it eliminates the need for inflation and addresses the common problems of traditional basketballs that leak air and require regular inflation. Hollow grid frame: Geometrically hollow structure, while maintaining excellent aerodynamic performance. 【Note】The ball is shipped deflated. Inflation required and pump is not included. If you have any questions about outdoor/ indoor volleyball, please feel free to contact us. Experience basketball like never before with this innovative 7-inch 3D printed basketball. Unlike traditional inflatable basketballs, this unique design requires no air and maintains its shape consistently. The standard size makes it perfect for both indoor and outdoor play, while its distinctive black color adds a modern touch to your game. The ball's structure offers a different feel and bounce characteristic compared to conventional basketballs, making it an interesting addition to any player's collection. Its solid construction means you'll never have to worry about deflation or air pressure maintenance. The ball's surface provides reliable grip and control during play, suitable for practicing your moves or casual games. This conversation starter combines cutting-edge 3D printing technology with classic basketball design, creating a unique sporting accessory that stands out on and off the court. Note that the playing characteristics may differ from traditional basketballs due to its specialized construction method.