Polar Skin Ice Complete Care Backpack

Every performance number on this page is the manufacturer's, reproduced as published, and each one is conditional. The 24-hour ice retention and the 17.5-hour sub-32°F figure both depend on how the pack was prepared — the second explicitly assumes a 0°F starting temperature — and neither is a guarantee for a pack loaded warm on a hot morning. The 0.09°F-per-minute figure describes the cooling system's measured rate under a specific test condition (100°F heat), not a rate you should expect to reproduce or plan a treatment timeline against. The manufacturer's statement that the rate is consistent with NATA and U.S. Army heat illness protocols is a comparison to a published guideline, not an endorsement by either body. This page carries no treatment protocol: cooling thresholds, target core temperatures, when to start, when to stop, and how core temperature is measured are clinical decisions set by your medical direction, your governing body's heat illness policy and your training — not by a product listing. The Single Patient configuration (80-0543) is documented in the manufacturer data reproduced here but is not sold on this page.

Athletic trainers and sports medicine staff covering practices and competition in heat, where exertional heat illness is the predictable emergency and cooling has to start where the athlete drops · Military field medicine and unit medics running training cycles in hot climates · EMS and event medical teams at endurance races, marches and outdoor mass-gathering events · Industrial and wildland safety officers supporting crews working long shifts in heat · Any team whose cooling capability currently lives in a fixed treatment station and needs it to move to the patient instead.

The Double Patient configuration exists for a specific reason: heat illness at an organised event rarely presents alone, and a second casualty while the first is still being cooled is a foreseeable scenario. Buy the capacity you would actually need at once, not the capacity you would need on an average day. Prepare and load the pack before the event, not on arrival — the published retention figures assume a cold start, and a pack loaded warm will not hold. Recognising exertional heat stroke, deciding to cool, measuring core temperature, setting a target and deciding when to stop are clinical judgments governed by your licensure, your medical direction and your organisation's heat illness policy. This equipment supports that decision; it does not make it.