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MIT engineer designs torch that runs on renewable energy, can be recharged ten times

Crafting the 2026 Milano Cortina Olympic torch, MIT engineer Carlo Ratti, a winter sports aficionado from Turin, brings his architectural expertise to the global stage.

2 min read
Turin, Italy
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Why it matters: This innovative Olympic torch design by an MIT professor will inspire people around the world and showcase Italy's engineering and architectural talent on the global stage.

Carlo Ratti, an MIT engineer and architect from Turin, Italy, spent three years designing the torch for the 2026 Winter Olympics in Milano Cortina. The result is called "Essential"—and it's a study in doing more with less.

The torch needed to survive a 7,000-mile journey from Olympia, Greece to Milan through unpredictable Alpine weather, high altitude, and wind. Most Olympic torches are built once, carried, and discarded. Ratti's design can be recharged 10 times, which means organizers needed to manufacture far fewer of them. The entire torch weighs just under 2.5 pounds—the lightest ever created for the Games—and is made primarily from recycled aluminum.

"It is about what the object or the design is to convey," Ratti explained. "How it can touch people, how it can relate to people, how it can transmit emotions." That philosophy shaped every decision. The torch's internal burner is visible through a vertical opening along its side, so spectators watching the relay can actually see the flame burning inside. The design keeps the focus where it belongs: on the fire itself, not the object holding it.

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Powering the flame is bio-GPL—a renewable fuel made from 100% sustainable feedstocks by energy company ENI. The torch's exterior is finished with a heat-resistant coating that shifts color as it reflects the environments it passes through. The Olympic torch glows blue-green; the Paralympic version is gold. It earned an honorable mention from the Compasso d'Oro, Italy's most prestigious industrial design award.

Ratti, a winter sports enthusiast who grew up in Turin (which hosted the 2006 Winter Games), carried the torch himself through his hometown in January. He sees the 2026 Games as an opportunity to reshape how the world thinks about Italy—not as a museum of ancient Rome and Renaissance art, but as Europe's second-largest industrial power and a leader in innovation and technology.

"Italy does indeed have a significant past," he said. "But the reality is that it is also the second-largest industrial powerhouse in Europe and is leading in innovation and tech in many fields." The torch, in his view, bridges both: it draws on Italian design heritage while embodying forward-looking engineering and sustainability.

The torch relay began in late November and will pass through all 110 Italian provinces before arriving in Milan for the opening ceremony on February 6, 2026. For 16 days of competition, the flame will burn continuously—a tradition that traces back to ancient Greece, where fire was considered sacred.

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This article showcases the design of the 2026 Winter Olympics torch by an MIT professor, which features a novel and innovative approach to creating a durable, weather-resistant torch that can withstand the long journey from Olympia to Milan. The design process involved collaboration with researchers and engineers, and the torch is intended to embody an 'ethos of frugality'. The article provides specific details on the torch's capabilities and the design principles behind it, indicating a notable level of innovation, scalability, and emotional impact. However, the direct beneficiaries and secondary benefits are somewhat limited in scope, and the verification could be strengthened with more expert validation.

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Didn't know this - MIT professor designed the 2026 Winter Olympics torch, using principles from his architecture teaching. www.brightcast.news

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Originally reported by Popular Science · Verified by Brightcast

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