AI, Fancy Footwear, and All the Other Gear Powering Olympic Bobsledding

Wired

by Alessio Caprodossi

February 15, 2026

AI-Generated Deep Dive Summary

Olympic bobsledding has evolved into a high-tech competition where every detail can make the difference between victory and defeat. Known as the "Formula 1 of ice," the sport demands cutting-edge equipment and innovative techniques to maximize speed and precision. From custom footwear designed by automotive giants like BMW to dynamic insoles developed by VKTRY Gear, athletes are leveraging advanced technology to gain a competitive edge. These innovations not only enhance performance but also ensure safety, adhering to strict weight and size constraints imposed by the sport. The history of bobsledding gear reflects significant advancements over the decades. Early sleds were made of wood, but they have since transitioned to steel and then carbon fiber for lighter yet stronger materials. BMW's contribution includes custom spike plates integrated into shoes, designed using 3D printing and plasma nitriding to increase durability. This technology helps bobsledders achieve maximum grip during the critical initial push phase, which is often decisive in races. Germany's dominance in bobsledding is partly due to its focus on innovation. BMW's partnership with the German federation has led to advancements like studded shoes that optimize pushing efficiency. Similarly, VKTRY Gear's dynamic insoles provide enhanced stiffness and energy return, aiding athletes during the push phase. Kaillie Humphries, a Canadian-turned-American bobsledder, highlights how these insoles improve effort optimization. The integration of technology in bobsledding underscores its importance in modern sports. Innovations like 3D printing and advanced materials demonstrate how engineering can directly impact athletic performance. For tech enthusiasts, this showcases the potential of applying cutting-edge solutions to optimize human capabilities in extreme conditions. The sport's reliance on precision and innovation makes it a fascinating case study in the intersection of science, technology, and athletics.

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Originally published on Wired on 2/15/2026