Zweikampf's Shock-Absorbing Structure was Inspired by Japanese Samurai
Laura McQuarrie — April 19, 2016 — Lifestyle
References: 3dprint & kickstarter
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.
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.
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.
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