Zweikampf Shin Guards are being launched on Kickstarter as the first-ever premium 3D-printed shin guards for both professional and recreational sports players.
At its core, one of the most innovative details about these protective shin guards is a Y-shaped structure that helps to absorb and distribute shock across the surface of the accessory, rather than concentrating impact on a certain point. This unique structure was developed with inspiration from a similar honeycomb structure once used by the samurai thousands of years ago.
3D printing allows the next-generation shin guard to be created in an extremely lightweight material and sized in three types to fit any sports enthusiast. Another thoughtful design detail is a textured grip on the exterior of the guard, which is useful for keeping socks in place.
3D-Printed Shin Guards
Zweikampf's Shock-Absorbing Structure was Inspired by Japanese Samurai
Trend Themes
1. Premium 3d-printed Shin Guards - The use of 3D printing technology to create advanced shin guards with a shock-absorbing structure.
2. Y-shaped Shock-absorbing Structure - The innovation of a Y-shaped structure to distribute shock across the surface of shin guards.
3. Inspiration From Samurai Honeycomb Structure - Drawing inspiration from the honeycomb structure utilized by samurais, leading to the development of innovative shin guards.
Industry Implications
1. Sports Equipment - The sports equipment industry can explore the use of 3D printing technology to create innovative and lightweight shin guards with improved shock-absorbing capabilities.
2. Manufacturing - The manufacturing industry can embrace the use of 3D printing technology to produce advanced protective equipment such as shin guards with unique shock-absorbing structures.
3. Athletic Apparel - The athletic apparel industry can collaborate with 3D printing companies to design and produce shin guards with a textured grip on the exterior for enhanced performance and comfort.