The Wireless Blast Gauge® System
Featuring wireless connectivity and an extremely long-lasting battery
Measure the Unseen
The Blast Gauge® System captures critical data to guide triage and aid treatment of blast-related head injuries.
Combat Blasts and PTSD
"Findings suggest, for the first time, that there might be a predictable pattern of physical damage to human brain after blast exposure, which standard clinical neuroimaging techniques currently cannot detect."

Protecting Those Who Serve

A REVOLUTIONARY ADVANCEMENT IN EXPLOSIVE BLAST MONITORING AND SURVEILLANCE

The Blast Gauge® System is a 3-sensor set worn on the head, shoulder, and chest. Unit medics and leadership are alerted wirelessly or via button push on gauge, when further evaluation is required. Detailed data can be downloaded and analyzed by medical personnel wirelessly or via a micro-USB connection. The user-friendly mobile application is compatible with both iOS and Android handhelds. The PC software is compatible with Windows 7, 8, and 10.

Complete system

Load the latest firmware at time of activation, then transfer data back to PC for detailed event analysis.

Flexible mounting

Unique mounting design permits tool-free attachment to any helmet strap, PALS webbing, or physical structures like vehicles and buildings.

Tiny footprint

Weighs less than an ounce and takes up less than one cubic inch of space, yet it’s fully encapsulated to withstand weather and impact.
  • 01. Blast Occurs

    The Blast Gauge® System records exposure data that may correlate to TBI.

  • 02. LED Feedback

    Upon request, the device emits a visual cue based on blast severity.

  • 03. Connect to PC

    Get more info on-site or back at base with our free proprietary software.

  • 04. Document Exposure

    Add blast data to permanent medical records or use for research.

Traumatic Brain Injury: An Occupational Hazard

Traumatic brain injury (TBI) from an explosive blast remains a significant problem for military and law enforcement personnel exposed to harmful levels of blast shockwaves, especially those involved in operations and training. A blast shockwave can cause a series of complex mechanical and physical reactions in the brain. Mild to moderate TBI may be difficult to detect immediately post event, with cognitive or motor deficits manifesting weeks or months later. Additionally, scientific studies have linked repetitive overpressure exposure to structural changes in the brain, increased risk of PTSD, acceleration of age-associated neurological disorders, and concussion symptoms, highlighting the need for individualized blast surveillance similar to radiation badge programs.

Because it is not possible to provide protection from the occupational hazard of blast shockwaves, monitoring and documenting exposure to identify individuals at risk for TBI is paramount. For this reason, BlackBox Biometrics developed the Blast Gauge®, a rugged sensor that captures pressure and acceleration experienced in an explosive blast. The device immediately categorizes the exposure, providing real-time triage capability for blast exposure intensity, and then stores or wirelessly transmits the exposure data for detailed post-event analysis. This technology will help identify individuals with blast exposures that could put them at risk of brain injury long before physical and cognitive symptoms arise.

Traumatic brain injury (TBI) from an explosive blast remains a significant problem for military and law enforcement personnel exposed to harmful levels of blast shockwaves, especially those involved in operations and training. A blast shockwave can cause a series of complex mechanical and physical reactions in the brain. Mild to moderate TBI may be difficult to detect immediately post event, with cognitive or motor deficits manifesting weeks or months later. Additionally, scientific studies have linked repetitive overpressure exposure to structural changes in the brain, increased risk of PTSD, acceleration of age-associated neurological disorders, and concussion symptoms, highlighting the need for individualized blast surveillance similar to radiation badge programs. Because it is not possible to provide protection from the occupational hazard of blast shockwaves, monitoring and documenting exposure to identify individuals at risk for TBI is paramount.

For this reason, BlackBox Biometrics developed the Blast Gauge®, a rugged sensor that captures pressure and acceleration experienced in an explosive blast. The device immediately categorizes the exposure, providing real-time triage capability for blast exposure intensity, and then stores or wirelessly transmits the exposure data for detailed post-event analysis. This technology will help identify individuals with blast exposures that could put them at risk of brain injury long before physical and cognitive symptoms arise.