// Industry

DISASTER RESPONSE

When a building collapses, a wildfire breaches containment, or a chemical plant erupts — the first 72 hours determine survival outcomes. Human responders face lethal conditions. Aerosyn systems go in first.

72hrs
Critical survival window
47%
Of disaster zones unreachable by humans
<8min
Aerosyn deployment time

HUMAN LIMITS IN EXTREME CONDITIONS

First responders are among the bravest people on earth. They are also human — constrained by biology, fatigue, and the physics of self-preservation. A firefighter cannot enter a 900°C structural collapse. A rescue diver cannot work in a sewage-flooded basement for six hours. A hazmat team cannot safely enter a building with unknown chemical concentrations.

These limitations aren't failures of courage. They're hard physical limits. Every year, emergency situations go unaddressed because the cost of sending humans is too high — or because the window closes before resources arrive.

Aerosyn systems eliminate these constraints. They enter environments that would kill a human in seconds, operate for hours without fatigue, and relay real-time data so human responders can make better decisions from a safe distance.

136
US firefighter line-of-duty deaths annually (avg)
900°C
Structural fire temperature — unsurvivable for humans
6hrs
Max continuous operation for human search teams
$280B
Annual global disaster response costs

WHAT WE DEPLOY

Purpose-configured systems for the four primary disaster response scenarios.

🏚️

STRUCTURAL COLLAPSE SEARCH

Compact form-factor robots that navigate rubble fields, squeeze through voids inaccessible to humans, and deploy acoustic, thermal, and chemical sensors to locate survivors. Communicate position data in real time to surface command.

  • Minimum void clearance: 20cm diameter
  • Thermal imaging — detects body heat through 30cm of concrete debris
  • Acoustic detection — heartbeat and breath sounds at 5m
  • CO₂ / respiratory gas detection for survivor confirmation
  • Deployable oxygen delivery to isolated survivors
  • Mesh network relay — maintains comms in deep rubble
🔥

WILDFIRE SUPPRESSION

Ground and aerial systems operating ahead of the fire line — creating firebreaks, applying suppressant, and providing real-time fire behavior data to incident command. Thermal-hardened for direct flame contact up to 1,200°C for short durations.

  • Thermal rating: continuous operation to 300°C ambient
  • Suppressant payload: 200L internal, refillable via ground station
  • Real-time fire perimeter mapping — updates every 30 seconds
  • Wind and humidity sensing for fire behavior prediction
  • Autonomous firebreak creation in soft terrain
  • 48-hour operational endurance per charge
☣️

CHEMICAL SPILL RESPONSE

Full CBRN-rated systems for hazardous material environments — identifying unknown compounds, containing spills, and operating in environments that would require Level A protection for human responders. Decontaminates on exit.

  • Detects and identifies 200+ chemical compounds
  • Radiation detection: alpha, beta, gamma, neutron
  • Biological pathogen screening — PCR-equivalent onboard
  • Mechanical containment: barriers, plug deployment, valve closure
  • Air sampling with cloud dispersion modeling
  • Full external decontamination cycle on return
🌊

FLOOD & SWIFT WATER RESCUE

Amphibious systems operating in flood-submerged environments — navigating debris-filled water, locating survivors on rooftops and in flooded structures, and providing extraction assistance. Operates in zero visibility underwater conditions.

  • Amphibious — transitions land/water in under 4 seconds
  • Operates in currents up to 8 knots
  • Sonar mapping of submerged structures and obstacles
  • Survivor flotation deployment — 300kg buoyancy
  • Tow line system for extraction assistance
  • Operates in contaminated floodwater — sealed to IP68

DEPLOYMENT SPECS

Initial Deployment Time< 8 minutes from transport arrival
Operating Temperature-30°C to +300°C continuous
Battery Endurance12–48 hours (mission-dependent)
Communication Range2km line-of-sight, mesh in rubble
Payload CapacityUp to 80kg (extraction config)
Ingress ProtectionIP68 — fully submersible to 30m
Minimum Void Navigation20cm diameter (collapse config)
Sensor Refresh RateReal-time, 20Hz environmental update
Transport ConfigurationFits standard fire apparatus compartment
Autonomy LevelFully autonomous / supervised / teleoperated

EQUIP YOUR RESPONSE TEAM

We work with fire departments, FEMA, municipal emergency management, and private emergency response contractors. Contact us to discuss system configuration and deployment requirements.