Home | The Achievements
Evacuating injured or incapacitated individuals from tight, confined, or obstructed environments presents serious challenges. On the battlefield, rubble, collapsed structures, or mountainous terrain often make rigid gurneys impractical. In civilian life, medical teams face similar obstacles:
– Patients stranded in bathrooms, toilets, or narrow hallways.
– Evacuations from elevators too small for rigid gurneys.
– Rescue operations in stairwells and other tight passages.
– Emergency response in urban environments where quick, compact, and flexible equipment is essential.
Traditional stretchers are too bulky and require lifting the casualty, which risks spinal injury or worsens the patient’s condition. A new solution was required: lightweight, foldable, and deployable even in the tightest spaces.
The Soft Gurney weighs less than 300 grams and folds to the size of a soda can. Every rescuer, soldier, or paramedic can carry it without adding bulk to their loadout.
The gurney features a three-quarters length central zipper, allowing rescuers to open it wide, slide it beneath a casualty in a confined area, and then zip it closed. This eliminates the need to lift the patient, reducing the risk of spinal injury.
Made from advanced technical fabrics (Cordura® or parachute-grade textiles), the gurney combines flexibility with high strength. Reinforced webbing handles enable lifting by small or large teams, while distributing weight evenly for safe patient handling.
• Ultralight & Compact – Carried effortlessly without adding strain to personal equipment.
• Feasible & Low Cost – Easy to equip in large numbers for both military and civilian teams.
• Battlefield Proven – Enables fast tactical evacuation from rubble, collapsed structures, or mountainous terrain.
• Medical Applications – Ideal for rescue from bathrooms, toilets, elevators, stairwells, narrow hallways, and other civilian environments where rigid gurneys cannot fit.
• Spinal Safety – Reduces unnecessary movement during evacuation.
• Field-Ready – Deployable in seconds, washable, and resistant to harsh environments.
The Soft Gurney has been field-tested in both military training simulations and urban civilian environments:
– Confirmed capability to slide beneath casualties without lifting.
– Successful extractions from mock collapsed buildings, staircases, tight bathrooms, and small elevators.
– Validated safety in carrying patients over rough terrain and through urban obstacles.
✨ The Soft Gurney is not only a battlefield innovation but also a dual-use solution for paramedics, first responders, search-and-rescue units, disaster-relief teams, and urban emergency services.
Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat. Duis aute irure dolor in reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla pariatur. Excepteur sint occaecat cupidatat non proident, sunt in culpa qui officia deserunt mollit anim id est laborum.
A soft gurney is a lightweight, flexible evacuation stretcher designed to extract injured or incapacitated individuals from tight or obstructed environments where rigid gurneys cannot be used.
Unlike traditional rigid stretchers, the Soft Gurney is foldable, ultra-lightweight, and flexible, allowing rescuers to slide it beneath a casualty without lifting, reducing the risk of spinal injury.
The Soft Gurney weighs less than 300 grams and folds down to approximately the size of a soda can, allowing every rescuer, soldier, or paramedic to carry it without adding bulk.
Yes. The Soft Gurney is specifically designed for confined environments such as bathrooms, toilets, elevators, stairwells, narrow hallways, rubble, and collapsed structures.
The Soft Gurney is manufactured from advanced technical fabrics, such as Cordura® or parachute-grade textiles, combined with reinforced webbing handles for strength, flexibility, and durability.
Yes. The Soft Gurney has been field-tested in military training simulations and civilian urban environments, validating its effectiveness in casualty extraction, safe carrying, and rapid deployment under realistic conditions.
