The Integral Safety Kit (ISK) is the most advanced self-protection system developed by ISK Fire Survival, engineered to provide real, certified protection in extreme fire conditions. Its primary purpose is to increase survival chances for firefighters, wildland crews, and emergency teams during situations where fire becomes uncontrollable and human life is at imminent risk.
The ISK was created to address a critical challenge: fire entrapment situations, which are becoming more frequent due to rapidly changing fire behavior. To confront this threat, the system combines three self-protection devices, working together to generate an effective thermal barrier and a safe survival environment.
The Integral Safety Kit is composed of:
- Thermal Protection Nozzle: produces a powerful water-vapor shield that drastically lowers temperature and blocks thermal radiation. This allows crews to maintain an active protection zone while performing attack, defense, or emergency maneuvers.
- Collective Shelter: a heat-resistant structure designed to withstand extreme temperatures and provide a safe survival space if the team becomes trapped. It is lightweight, compact, and quick to deploy.
- Thermal Protection Skirt: attached to vehicles or mobile structures to prevent heat and flames from penetrating underneath—one of the most vulnerable areas in a fire.
Together, these three components transform the ISK into a high-efficiency integrated protection system, capable of providing critical survival time until the fire front passes or rescue teams arrive. Its patented technology and European certification ensure that each component performs under real emergency conditions.
The Integral Safety Kit not only offers passive protection; it enhances operational capacity, enabling responders to make safer decisions and reducing thermal stress during the most dangerous scenarios.
In a world where fires are increasingly intense and complex, the Integral Safety Kit has become an essential tool for any professional team confronting extreme fire events.
