Max Robotham's 3D-Printed Surfboard Design Can Be Easily Collapsed
Laura McQuarrie — July 18, 2015 — Art & Design
References: 3dprint
The average size of a surfboard makes the water sport inaccessible for some, simply because the logistics of carrying around a surf board design of that size is just plain inconvenient. But industrial design student Max Robotham wasn't about to let surfboard design conventions of the past stand between him and the waves.
With the aid of 3D printing technology, Robotham was able to craft an amazing surfboard that's like a giant puzzle. The board is constructed from 48 separate puzzle-like pieces, forming a board that stands about six feet tall.
Two kinds of joints are used to keep all the separate pieces in place, including pieces that interlock, as well as a high tensile steel cable that strings through the edges of the board for maximum support. Since the board can be easily dismantled away from the sea, transporting a long, heavy board is no longer an obstacle.
With the aid of 3D printing technology, Robotham was able to craft an amazing surfboard that's like a giant puzzle. The board is constructed from 48 separate puzzle-like pieces, forming a board that stands about six feet tall.
Two kinds of joints are used to keep all the separate pieces in place, including pieces that interlock, as well as a high tensile steel cable that strings through the edges of the board for maximum support. Since the board can be easily dismantled away from the sea, transporting a long, heavy board is no longer an obstacle.
Trend Themes
1. 3D Printing in Surfboard Design - The use of 3D printing technology in surfboard design allows for modular and collapsible surfboards, solving the problem of portability.
2. Modular Design in Sports Equipment - The incorporation of puzzle-like pieces and joints in sports equipment design offers the ability to easily disassemble and transport otherwise bulky items like surfboards.
3. Smart Materials and Reinforcement Mechanisms - The use of high tensile steel cables as reinforcement in surfboard design showcases the potential of smart materials for increased strength and support.
Industry Implications
1. Sports Equipment Manufacturing - Sporting goods manufacturers can explore the use of 3D printing and modular design to create innovative and portable equipment for various water sports.
2. Materials and Components Manufacturing - Companies in the materials and components manufacturing industry can invest in the development of advanced smart materials and reinforcement mechanisms for applications in sports equipment design.
3. Outdoor Retail and Rental - Outdoor retail and rental businesses can benefit from offering portable and modular sports equipment, such as collapsible surfboards, to meet the needs of adventure-seeking customers.
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