Wilson Plans to Sell Customizable Airless, 3D Printed Basketball
This limited-edition Wilson Airless Gen1 basketball offering enhanced customization and color options will be available for purchase on Feb. 16.
This limited-edition Wilson Airless Gen1 basketball offering enhanced customization and color options will be available for purchase on Feb. 16.
Wilson Sporting Goods Co. says it will begin selling the Wilson Airless Gen1TM — an innovative, first-of-its-kind 3D printed basketball that never needs to be inflated. Building off the success of the Airless Prototype debut last year, the limited-edition Wilson Airless Gen1 basketball will be available for purchase on Feb. 16.
“We were overwhelmed by the excitement from our Airless Prototype, and we knew it was time to bring this rare, first-of-its kind innovation to the world,” says Kevin Murphy, general manager, Team Sports at Wilson. “Wilson has gone where no brand has gone before with the release of the Airless Gen1 basketball, further inspiring the next generation of sports innovation.”
The Wilson Airless Gen1 has similar functionality to the prototype. However, over the last year, the Wilson Labs team has taken steps to increase performance and streamline the manufacturing process. The basketball nearly fits the performance specifications of a regulation basketball, including its weight, size and rebound (bounce). While the Wilson Airless Gen1 is crafted for play, it is a technology-infused product meant to create and inspire a new community of innovation and basketball enthusiasts.
The main updates to the Wilson Airless Gen1 include:
- Improved functionality — Upgraded lattice design for more consistent performance and bounce. The ball still includes the same see-through lattice with eight panel-like “lobes.”
- Streamlined manufacturing — Holes integrated within the channels help speed up the manufacturing process, making it faster to create each ball. The basketball remains airless and does not to be inflated.
- Enhanced customization — Each ball will have a built-in label for customization and will feature the exact, limited number in which it was produced.
- Color variety — In addition to the recognizable jet-black colorway of the prototype, the Airless Gen1 will also be available in brown and natural white.
The Wilson Labs team leveraged the same game-changing process to create the Wilson Gen1 Airless basketball with key partners. General Lattice provided computational design services for elevated performance optimization, DyeMansion provided color and finishing solutions, EOS provided technical oversight and a roadmap for mass production, while SNL Creative was the primary manufacturing hub for this first launch.
Limited units of the Wilson Airless Gen1 will be available exclusively on Wilson.com beginning Friday, Feb. 16 for $2,500. Fans can also experience the product at Wilson’s on-site activation at NBA Crossover in Indianapolis Feb. 16-18.
Wilson knows a thing or two about basketball. Wilson is the supplier of official game basketballs for the National Basketball Association (NBA), the Women's National Basketball Association (WNBA), National Collegiate Athletic Association (NCAA) for March Madness and the Final Four, Basketball Champions League (BCL), Basketball Africa League (BAL) and FIBA 3x3.
The companies first announced the airless prototype in March 2023. General Lattice’s enterprise solutions team worked with Wilson to bring its concept to life by streamlining the design and iteration process through the use of its computational design tools and workflows.
Watch to learn more about the promise of 3D printed lattices in this episode of The Cool Parts Show.
Related Content
Flexible Bellows Made Through Metal 3D Printing: The Cool Parts Show #64
Can laser powder bed fusion create metal parts with controlled flexibility? We explore an example in this episode of The Cool Parts Show.
Read More3D Printed Lattices Replace Foam for Customized Helmet Padding: The Cool Parts Show #62
“Digital materials” resulting from engineered flexible polymer structures made through additive manufacturing are tunable to the application and can be tailored to the head of the wearer.
Read MoreImplicit Modeling for Additive Manufacturing
Some software tools now use this modeling strategy as opposed to explicit methods of representing geometry. Here’s how it works, and why it matters for additive manufacturing.
Read MorePreassembled Turbojet Engine, 3D Printed in One Build: The Cool Parts Show #75
Turbojet engines typically consist of hundreds or thousands of parts, but this engine — 2023 winner of The Cool Parts Showcase for Best Proof of Concept — was 3D printed as just two pieces, with the monolithic rotor embedded inside the stationary engine shell.
Read MoreRead Next
Airless Basketball Shows Promise of 3D Printed Lattices: The Cool Parts Show Bonus
Successfully matching the performance of a standard basketball demonstrates the control possible over the mechanical properties of digital materials.
Read More3D Printed Lattices Replace Foam for Customized Helmet Padding: The Cool Parts Show #62
“Digital materials” resulting from engineered flexible polymer structures made through additive manufacturing are tunable to the application and can be tailored to the head of the wearer.
Read MoreAlquist 3D Looks Toward a Carbon-Sequestering Future with 3D Printed Infrastructure
The Colorado startup aims to reduce the carbon footprint of new buildings, homes and city infrastructure with robotic 3D printing and a specialized geopolymer material.
Read More