Woodpeckers are remarkable examples of natural engineering, capable of delivering rapid, powerful pecks to drill into trees, find insects, and communicate, all without causing self-injury. Although it seems as if they simply strike with their heads, a study published in the Journal of Experimental Biology shows a far more intricate system at work. The bird uses its entire body as a coordinated force-delivery mechanism, engaging the neck, head, torso, and tail in perfect synchrony. Even breathing is timed to enhance impact. This sophisticated integration allows woodpeckers to generate strikes with decelerations up to 400 g while protecting their brains and other delicate structures, demonstrating a highly efficient natural adaptation. The mechanics behind a woodpecker’s strike involv

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