As military systems evolve toward electrification, autonomy, and high-density energy storage, a new and complex risk is emerging across the battlespace: lithium-ion battery fires and thermal runaway events.
From hybrid tactical vehicles and unmanned systems to portable microgrids and aerospace platforms, lithium-based energy systems are now central to operational capability. These technologies introduce fire hazards that behave very differently from traditional fuel-based threats resisting conventional suppression methods. To address this challenge, ThermoDyne’s DynaGuard® EVB Fire Blanket delivers…
Read MoreManufactured for Reliability
Modern militaries are rapidly adopting electrified platforms, from hybrid tactical vehicles to unmanned systems and distributed power networks. Modern military ground vehicles are required to perform reliably in some of the most demanding environments imaginable, from extreme desert heat to arctic cold. Sustained vibration and continuous high-load operation require today’s platforms to operate…
Read MoreWhen Power Becomes the Threat
Power is the New Ammunition – When Power Becomes the Threat Modern militaries are rapidly adopting electrified platforms, from hybrid tactical vehicles to unmanned systems and distributed power networks. Central to this modernization effort are Lithium-Ion 6T batteries, chosen for their high power density and performance under demanding conditions. Yet these same attributes can be a critical…
Read More