The MedEvac 2 combat stretcher is the cost-effective casualty platform for rescuers faced with the challenges of natural disasters and mass casualty evacuation. Bifold, light weight with extremely high tensile strength. Able to deploy quickly and efficiently.
The MedEvac2 is a lightweight folding stretcher that folds into two segments. Only 42.5” (1080cm) when folded. Ideal to be deployed in field hospitals and evacuation centres
The MedEvac2 weights only 5.5kg (12.2lbs). It opens fast and easily (within 6 seconds). Just snap it open and its patented joint configuration automatically locks in place. No need to waste precious seconds fiddling with locking mechanisms as with other folding stretchers. Once it opens, it stays open - no chance of accidents - the automatic locking joints guarantee it. Refolding is just as fast - only seven seconds.
Not just for military
All the characteristics that make the MedEvac2 the ideal field hospital stretcher also make it perfect for a wide range of civilian rescue and evacuation operations. Firefighting, helicopter evacuation, ski patrol, wilderness expeditions, camping, etc.
The MedEvac2 is the best stretcher for the job; lightweight, portable, easy to use and reliable.
The MedEvac2 EMS stretcher is the best stretcher for the job; lightweight, portable, easy to use and reliable.
Rugged and reliable simplicity
The MedEvac2’s revolutionary joint configuration eliminates the need for springs and complicated locking mechanisms. With only 2 folding joints on either side, the MedEvac2 opens and closes using natural motions. It doesn’t take a genius to use the MedEvac2, only to design it. The poles are tested to take 570Kgs of stress without signs of material fatigue.
Easy transportation and storage
The MedEvac2's small folded volume and light weight means more beds can be stowed in tight places. That's important in evacuation carriers such as helicopters, where space and weight is at a premium.
Built from ALTRUNIUM™
The MedEvac2 EMS Stretcher is built using ALTRUNIUM® - an extremely stable molecular structure formulated by our team of experienced metallurgist.