Which statement accurately describes the Miller full body board?

Which statement accurately describes the Miller full body board?

• A. Impervious to chemicals and the elements and can be used in any confined space. Fits in Stokes stretcher and will float a 250 lb person.
• B. Designed for outdoor use only and cannot be used with a Stokes stretcher.
• C. Made of porous material and sinks in water.
• D. Limited to non-confined spaces and not chemical resistant.

Answer: (A)

The Miller full body board is built for rugged rescue needs where you must immobilize a patient while moving through harsh environments. Its construction is impervious to chemicals and the elements, meaning it won’t soak up liquids or deteriorate when exposed to fuels, mud, or weather—so it stays reliable in messy, outdoor, or contaminated settings. That same durable, water-repellent design makes it buoyant, allowing it to float a patient up to about 250 pounds, which is essential when you’re extracting someone from water or a submerged area. It’s specifically designed for confined-space use, so you can maneuver and immobilize the patient in tight spots, and it fits in a Stokes stretcher for smooth transfer from the rescue scene to transport. In short, its combination of chemical resistance, buoyancy, suitability for confined spaces, and compatibility with standard stretchers is what makes this description correct.

The Miller full body board is built for rugged rescue needs where you must immobilize a patient while moving through harsh environments. Its construction is impervious to chemicals and the elements, meaning it won’t soak up liquids or deteriorate when exposed to fuels, mud, or weather—so it stays reliable in messy, outdoor, or contaminated settings. That same durable, water-repellent design makes it buoyant, allowing it to float a patient up to about 250 pounds, which is essential when you’re extracting someone from water or a submerged area. It’s specifically designed for confined-space use, so you can maneuver and immobilize the patient in tight spots, and it fits in a Stokes stretcher for smooth transfer from the rescue scene to transport. In short, its combination of chemical resistance, buoyancy, suitability for confined spaces, and compatibility with standard stretchers is what makes this description correct.