Testing the 3D Printed Airless Basketball
Key Takeaways
- 3D-printed lattice structure replaces air bladders
- Maintains consistent bounce and performance
- Demonstrates the potential of additive manufacturing in sports
- Wilson prototype design
Tech reviewer Marques Brownlee tests a revolutionary 3D-printed airless basketball. Developed by Wilson, this prototype replaces traditional pressurized bladders with a lattice structure.
The ball maintains the bounce and feel of a standard basketball without needing to be inflated. It represents a significant shift in sports equipment manufacturing through additive manufacturing.
The story
Marques Brownlee introduces the Wilson airless basketball, a unique 3D-printed prototype. He examines the intricate lattice design that allows the ball to bounce naturally without air.
Throughout the video, he tests the ball on a court, comparing its weight, sound, and bounce to a traditional basketball. He discusses the engineering challenges and the future implications of this technology for sports equipment.
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