Search & Rescue Equipment | Confined Space Rescue Communications

Solutions

Locating victims, determining the status of the structure and focusing on where to look are the first challenges Urban Search & Rescue workers address in a structural collapse rescue. [learn more]

Mass Decontamination

Controlling large crowds, decontaminating patients and treating injuries is made more difficult when emergency personnel cannot be heard through their personal protective clothing.[learn more]

High Angle Rescue

Rappelling down the side of a building with an injured victim, freeing people caught in trees, navigating steep vertical drops with patient packaging — rescuers need their hands free to communicate with the victim and stay in contact with their team.[learn more]

Industrial

Confined space workers face a number of work place challenges both physical and psychological. Staying in constant contact with entrants and monitoring their safety requires continuous two-way voice communications.[learn more]

HazMat/CBRNE

A successful outcome to a Hazmat incident depends on quick access to information. Entering the hotzone, monitoring worker safety and determining the best course of action are just some of the challenges facing the Incident Commander.[learn more]

Confined Space

When portable radios fail - below grade, around obstacles and in heavy metal environments, establishing communications with a trapped victim requires a hardline communication system[learn more]

Con-Space: The Original Rescue Equipment

CON-SPACE Communications manufactures the world's foremost technical search gear: the Delsar Life Detector, the SearchCam 3000, the CONSPACE Rescue Kits and the CONSPACE Radio Gear - all created to seek out and preserve lives. CON-SPACE Communications started in 1991 by responding to the needs of our customers and people working in hazardous, confined spaces.

This led to the creation of a complete line of Intrinsically Safe, rugged and reliable communications gear now used by first responders throughout the world.

[ learn more ]