ROLLUP – THE ROLLABLE RESCUE STRETCHER

ROLLUP – THE ROLLABLE RESCUE STRETCHER

Bringing mobility and speed to rescue operations.

Rescue stretcher for civilian and military use

The optimal solution for rescue in confined spaces, at heights, depths, and during horizontal evacuations. The new, unique, and patented RollUP system combines the advantages of a rollable stretcher with the strength and stability of a rigid basket stretcher.

Advantages of the RollUP

The RollUP revolutionizes the capabilities of rescue stretchers – surpassing the limitations of conventional rollable designs and opening new possibilities for application. It eliminates previous drawbacks, introduces innovative solutions, and establishes a new standard of versatility and efficiency in rescue practice.

No pressure on chest, hips, or legs

Up to three removable transverse struts prevent hazardous compression of the rib cage, hips, and lower limbs. At the same time, the stretcher ensures stability, safety, and comfort comparable to rigid basket stretchers.

Spinal support

A removable longitudinal strut protects the patient’s spine and back when being pulled over edges or uneven surfaces.

No straps underneath

Dragging the stretcher on the ground with mounted suspension straps works seamlessly. The straps are attached directly to the stretcher’s edge, with color coding clearly indicating the correct attachment points. The suspension system allows for safe lifting, even with heavier patients.

Technical recovery

A variety of suspension options enable a wide range of applications in rescue and technical operations.

Combined use

The stretcher can accommodate a spine board or vacuum mattress.

Applications at a glance

• Sliding the stretcher under the patient without lifting

• Easy dragging across grass or snow

• Transport with 8 carrying handles

• Horizontal and vertical evacuation

• Suitable for water rescue

• Usable in winter conditions

Combined rescue

The RollStretch stretcher can be combined with a vacuum mattress or spine board.
This offers a significant advantage during patient transport – as the patient does not need to be repositioned, ensuring greater safety and faster evacuation.