Discover Columbia’s revolutionary Omni-Heat™ Arctic technology

In a world where innovation is at the heart of outdoor performance, Columbia stands out with its revolutionary Omni-Heat™ Arctic technology. Inspired by the incredible adaptations of polar bears, this advancement promises exceptional warmth even in the most extreme conditions. By ingeniously combining biomimicry and solar energy, Columbia redefines how adventurers can protect themselves from the cold while remaining alert to exploration.

Columbia’s Omni-Heat™ Arctic technology represents an innovative breakthrough in outdoor apparel. Inspired by the incredible insulation capabilities of polar bears, this technology combines biomimicry and energy return to offer optimal warmth even in the most extreme conditions. With its unique design, Omni-Heat™ Arctic allows adventurers to understand why staying warm and comfortable is now within reach.

A design inspired by nature #

Columbia Sportswear has always been at the forefront of innovation, and the launch of Omni-Heat™ Arctic technology is no exception. This technology relies on the study of natural adaptations of Arctic animals to create clothing that can capture and concentrate heat. The result? An unmatched sensation of warmth that allows outdoor enthusiasts to fully enjoy their activities, regardless of weather conditions.

À lire exploration of the breathtaking landscapes of Conflent in the Eastern Pyrenees

The research conducted by Columbia’s innovation team, led by Haskell Beckham, has resulted in a design that utilizes innovative materials. These materials mimic the fur of the polar bear, which is both translucent and capable of absorbing heat, thus providing an unparalleled thermal performance model. In this way, users can benefit from protection against the cold while remaining comfortably dry.

How the technology works #

The magic of Omni-Heat™ Arctic operates through a three-layer system. The first layer, translucent, captures sunlight, while the second layer, black, is designed to absorb and retain that heat.

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