'Blast Load Assessment Sense and Test' is a piece of smart body armor currently being developed by the US Navy's Office of Naval Research. The armor contains a sensor system that will be able to immediately assess whether or not soldiers have sustained any secondary impact from an explosion, preventing them from having to wait until they return from battle.
Explosions can injure people in two primary ways. Firstly, someone can be hurt by the immediate explosion itself, through shrapnel, thrown debris, or flames. Secondly, the shockwave caused by an explosion can injure people by damaging their brains -- similar to concussion injuries. By embedding small, wireless sensors in soldiers' helmets and body armor, medics away from the battle will be able to designate soldiers to return from battle immediately, potentially saving their long-term health.
Explosion Trauma Detectors
'Blast Load Assessment Sense and Test' Can Determine Shockwave Impact
Trend Themes
1. Smart Body Armor - Developing smart body armor with sensor systems can assess injuries sustained from explosions in real time.
2. Wireless Sensor Technology - Embedding small, wireless sensors in helmets and body armor can enable remote assessment of injuries sustained from explosions.
3. Remote Medical Assessment - Using sensor data, medics away from the battle can designate injured soldiers to return immediately, potentially preventing long-term health issues.
Industry Implications
1. Defense and Military - The development of smart body armor with explosion trauma detection technology has disruptive innovation potential in the defense and military industry.
2. Healthcare and Medical - Wireless sensor technology and remote medical assessment have the potential to revolutionize healthcare and medical practices, particularly in trauma diagnosis and treatment.
3. Technology and Wearables - The integration of sensors in helmets and body armor represents an innovative application of wearable technology with potential applications in various industries.