Flexible, Ground-Gripping ‘Soft Buggy' Keeps Up On Any Green
Elsa Blaine — January 31, 2009 — Lifestyle
References: industrialdesignserved
The Soft Buggy golf cart by Hamit Kanuni Kuralkan is flexible, steerable and super stable. It is constructed from materials including a Titanium nickel alloy and something else bendy called a ‘dielectric elastomer.’
With the weight of the clubs, the buggy’s axles flex and act as shock absorbers, stabilizing it and keeping the golf bag at a 90-degree angle to the ground no matter the terrain. Oversized low profile tires add to the cart’s cool appeal and ground-gripping abilities.
The shape memory alloy materials also allow for the cart to be folded up for space-saving storage.
Kuralkan designed the concept for a contest hosted by Callaway Golf.
With the weight of the clubs, the buggy’s axles flex and act as shock absorbers, stabilizing it and keeping the golf bag at a 90-degree angle to the ground no matter the terrain. Oversized low profile tires add to the cart’s cool appeal and ground-gripping abilities.
The shape memory alloy materials also allow for the cart to be folded up for space-saving storage.
Kuralkan designed the concept for a contest hosted by Callaway Golf.
Trend Themes
1. Shape Memory Golf Caddies - Developing golf carts made from shape memory alloy materials can increase stability and convenience on any terrain.
2. Ground-gripping Golf Caddy Tires - Using oversized low profile tires as part of the design can help golf caddies navigate difficult terrain effectively.
3. Flexible Golf Caddy Construction - Creating golf caddy designs using dielectric elastomer materials can increase flexibility and stability for a better user experience.
Industry Implications
1. Sports Equipment - Sports equipment manufacturers can consider developing golf caddies with shape memory alloy materials and innovative tire designs for better performance.
2. Automotive - Automotive industry players can explore the use of dielectric elastomer materials to create flexible and shock-absorbing components for their vehicles.
3. Material Science - Material science researchers can investigate the use of shape memory alloys and dielectric elastomer materials in various applications, including sports equipment and automotive parts.
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