This Dome Shelter Packs Flat and Deploys in Under 2 Hours - Yanko Design
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This Dome Shelter Packs Flat and Deploys in Under 2 Hours - Yanko Design
"When disaster strikes, shelter is everything. But what if you could pack an entire house into a kit and assemble it in just over an hour? That's exactly what Japanese company TCL Co. has achieved with the Ezdome House, a geodesic dome shelter that's just won a spot in the prestigious Good Design Award 2025 Best 100. At first glance, the Ezdome looks like something out of a sci-fi movie. Picture a smooth, white spherical structure that wouldn't look out of place on Mars."
"Japan knows disaster intimately. Earthquakes, typhoons, torrential rains, they're all part of the landscape. And while the country has gotten incredibly efficient at emergency response, the traditional evacuation shelter model has always had glaring problems. Think crowded gymnasiums with zero privacy, people sleeping shoulder to shoulder on cold floors, and the constant risk of infectious diseases spreading through cramped spaces. The system works for survival, but it's hardly humane."
"Two adults can assemble one of these dome shelters in about 60 to 90 minutes without any special skills or tools. The structure arrives as a flat-pack kit of interlocking panels, 38 pieces plus a transparent roof dome that lets natural light flood in. Each panel is made from high-density polyethylene, the same tough, non-toxic material used in everything from cutting boards to industrial piping."
Ezdome House is a geodesic dome shelter designed for rapid deployment after natural disasters and earned a Good Design Award 2025 Best 100 spot. The shelter ships as a flat-pack kit of 38 interlocking panels plus a transparent roof to admit natural light. Two adults can assemble a unit in roughly 60 to 90 minutes without special tools or skills. Panels are high-density polyethylene, offering impact resistance, temperature tolerance, non-toxicity, and insulation. The dome geometry maximizes usable interior area by eliminating square corners and supports privacy, thermal performance, and structural integrity compared with crowded evacuation centers.
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