Engineered protection for high-risk environments
Aerial’s HazPro Fire Suppression System provides reliable, passive instantaneous protection against fuel ignition inside vehicle and equipment. Designed for military, defense, and commercial platforms operating under extreme conditions, our system delivers a uniquely robust form of survivability: no power, no sensors, no mechanical activation — just immediate suppression when threats occur.
Built on proven engineering and backed by decades of operational data, Aerial's HazPro systems ensure that vehicles, crews, and mission-critical equipment stay protected even when exposed to ballistic impact, thermal stress, or high-energy events.
How Aerial’s HazPro system works
Aerial’s HazPro system is built on a protection philosophy that prioritizes reliability, simplicity, and real-world performance. Before exploring the technical details, it’s important to understand the core intent: create a suppression solution that reacts instantly, requires no external inputs, and remains dependable in high-threat environments.
Stabilizes the fuel-air environment
A specialized proprietary dry chemical disperses fuel vapors and limits the conditions needed for ignition, making fuel tank behavior predictable under demanding conditions.
Manages heat & prevents Ignition
Despite their toughness, Bread Box cases stay lightweight and ergonomic, making them easy to carry, even with gloves or in tight spaces.
Instant, power-free response
With no sensors or electronics, the system activates automatically through material reactions, ensuring fail-safe suppression in combat settings.
Reliable under real-world conditions
Engineered to stay stable through shock, vibration, and fuel slosh, our system delivers long-term, low-maintenance performance across even the harshest environments.
Protection for a broad range of platforms
Aerial’s HazPro fire suppression system integrates seamlessly with a wide range of military, commercial, and specialty vehicles operating in high-risk environments.
HET
Heavy Equipment Transporter class of vehicles.
HEMTT
Heavy Expanded Mobility Tactical Truck class of vehicles.
LVSR
Logistics Vehicle System Replacement vehicles.
PLS
Palletized Load System (PLS) class of vehicles.
Humvee
High Mobility Multipurpose Wheeled class of vehicles.
M109 A7
M109 turreted self-propelled howitzer vehicles.
M915A5
M915A5 Line-Haul Tractor Truck class of vehicles.
M915 A2/A3
M915 A2/A3 line haul mission semi-tractors.
FMTV
Family of Medium Tactical Vehicles (FMTV) vehicles.
M917A3
M917A3 Heavy Dump Truck vehicles.
MRAP
MRAP Cougar infantry mobility vehicles.
Operational benefits
Aerial’s HazPro system delivers measurable advantages that enhance safety, readiness, and overall mission performance. By controlling ignition at the source, it strengthens both crew protection and platform survivability in ways traditional systems cannot.
KEY BENEFITS:
- Enhanced crew survivability in ballistic and blast environments
By stopping ignition instantly, our fuel tank suppression system reduces the risk of secondary explosions and fire-related injuries, giving crews a greater chance of surviving high-threat encounters. - Reduced likelihood of catastrophic fire events
The system disrupts the conditions required for sustained combustion, dramatically lowering the chance that a single round, fragment, or heat source will lead to a full-tank fire or explosion. - Vehicle continuation and recovery after penetration
When ignition is suppressed, vehicles maintain structural integrity and can often continue operating long enough to complete the mission or safely return to base. - Increased maintenance safety during inspection or repair
Stabilizing vapor and reducing ignition potential helps create a safer environment for personnel performing fuel-system inspections, repairs, or depot-level maintenance. - Extended fleet resilience in remote or austere operating locations
Our power-free, low-maintenance design ensures consistent protection where resources are limited and immediate support may not be available.
Together, these advantages ensure that an ignition event stays contained, protecting the platform, safeguarding the crew, and preserving the momentum needed to stay on mission and return home safely.