This outdoor multi-functional bed is specifically designed for various disaster relief scenarios, using innovative 5-position backrest adjustment system, from 0° lying flat to 85° near upright sitting, meeting various needs such as rescue rest, casualty care and temporary medical procedures. Using 25mm aerospace aluminum alloy frame, single bed weight only 9.5kg, yet capable of bearing 200kg, safety factor reaching 2.1. Four-point anti-slip design, friction coefficient as high as 0.95, improving stability on soft, inclined terrain by 165%. Special quick-change bed board system, capable of completing switching between rest, stretcher, and treatment modes within 25 seconds. Expanded dimensions 198×68×42cm, after folding only 68×40×22cm, volume reduced by 85%, single transport quantity increased by 270%. Fabric using 1100D high-density Oxford cloth, waterproof rating IPX6, particularly suitable for frontline rescue use in natural disasters such as earthquakes, floods, and forest fires, improving disaster relief efficiency by 70%.

This outdoor multi-functional bed is specifically designed for various disaster relief scenarios, using innovative 5-position backrest adjustment system, from 0° lying flat to 85° near upright sitting, meeting various needs such as rescue rest, casualty care and temporary medical procedures. Using 25mm aerospace aluminum alloy frame, single bed weight only 9.5kg, yet capable of bearing 200kg, safety factor reaching 2.1. Four-point anti-slip design, friction coefficient as high as 0.95, improving stability on soft, inclined terrain by 165%. Special quick-change bed board system, capable of completing switching between rest, stretcher, and treatment modes within 25 seconds. Expanded dimensions 198×68×42cm, after folding only 68×40×22cm, volume reduced by 85%, single transport quantity increased by 270%. Fabric using 1100D high-density Oxford cloth, waterproof rating IPX6, particularly suitable for frontline rescue use in natural disasters such as earthquakes, floods, and forest fires, improving disaster relief efficiency by 70%.