Inflatable Rescue Board

Key Features

Fully Customisable Design
Multi-Scenario Utility
Lightweight & Portable
Rigid & Strong Under Pressure
* Enhanced Safety & Visibility

How rescue teams put the board to work

Open-water lifeguard units are the classic users. A rescuer paddles the board to a casualty, loads them aboard, and returns through disturbed water, and the published length range of 100 to 380 cm spans everything from a compact vehicle-stowed build to a full-length paddle platform. Certification references for this discipline sit with ILS certification, the international lifesaving framework, and our water rescue devices overview places boards against the other gear classes.

In flood and swift-water work the board becomes a working platform rather than a craft. Teams use it to bridge the gap between a boat and a rooftop or embankment, to float equipment across a channel, and to give a casualty something rigid to hold in moving water. The drop-stitch core is the enabler, behaving like a solid panel under load and folding when deflated. Discipline-specific choices are mapped in the swift water rescue equipment guide.

Aboard workboats and offshore installations, the board serves as a man overboard recovery module. The lightweight and portable claim in the feature list matters most in this role, because a board that stows deflated in a locker can sit where a rigid craft cannot. The US Coast Guard accident statistics series tracks falls overboard as a standing category, which is the case for staging recovery gear at the rail.

What the size and material choices signal

Length is the primary variable: 100 cm builds exist for stowage and close-in support, while 380 cm builds track straight when paddled hard to a distant casualty. Width runs 50 to 100 cm, and the trade is direct, with wider builds giving a stable platform for kneeling over a casualty and narrower builds faster travel under paddle. Thickness of 15 or 20 cm adds stiffness and lifts freeboard around a loaded person. Every dimension is stated as customizable, so these are selection levers rather than fixed models.

The material line, Drop-stitch PVC, explains the product behavior. Thousands of internal threads lock the two deck surfaces at a fixed distance, so the board pressurizes into a flat, rigid panel instead of ballooning like a tube, and releases to a rollable sheet when deflated. That construction is also why thickness matters, since a thicker core gives a deeper, stiffer section at the same working pressure. Rigidity under pressure is a listed feature, and drop-stitch construction is the mechanism behind it.

Answers to common buyer questions

Is it rigid enough to kneel on with a casualty aboard?

Within its design intent, yes: drop-stitch construction at 15 or 20 cm thickness is built to carry working loads flat, which is what a rescuer kneeling beside a casualty imposes. A numeric load rating is not published, so for specific team weights it depends on the configuration, confirm with the engineering team.

How is it stowed and carried between calls?

Deflated, the board rolls and packs, and the feature list carries lightweight and portable as design goals. Packed dimensions and weight vary across the size range, and no folded volume figure is published, so vehicle fit depends on the configuration, confirm with the engineering team.

Can we specify shapes and colors for our team?

The factory sheet states the board is available in custom sizes, shapes, and configuration, so team colors and visibility markings are a specification conversation rather than a catalogue choice. Enhanced safety and visibility is a listed feature, and high-visibility detailing follows that same custom channel.