Firefighting & Rescue Robot Dog

Why departments buy this

Every recon entry spends a crew before you know what is inside

Information vacuum

Fireground decisions hinge on conditions inside the structure — heat profile, layout, hazards, victims. That information currently costs a crew entry to obtain.

Unknowable atmospheres

Hazardous gases, oxygen deficiency and structural collapse risk cannot be assessed from the curb. The robot measures them before anyone crosses the threshold.

Time is the real enemy

Recon performed in parallel with staging compresses the decision loop — the robot goes in while crews gear up, and command gets a picture in minutes, not after first entry.

What the robot delivers on scene

Thermal reconnaissance — the fireground picture from inside: hot spots, seat of fire, structural heat load, overlaid live for command.
3D structure mapping — LiDAR builds a floor plan and stair profile in minutes, giving crews an entry plan instead of a guess.
Atmosphere monitoring — oxygen, combustible gas and toxic gas readings with location tags; alarms on dangerous thresholds.
Two-way audio & video — command sees and speaks through the robot, including to anyone found inside.
Stairs, rubble and confined spaces — legged mobility goes where wheeled platforms cannot: stairs, debris, narrow corridors.
Rapid deployment — carried by one responder, operational in under two minutes, tether-optional for extended missions.

Recon configuration

Firefighting quadruped robot entering a smoke-filled compartment for reconnaissance

Entering a smoke-filled compartment for fire reconnaissance and victim search

Typical configuration

Reference specification — adapted to your department

Thermal camera	Radiometric with high-temperature range for fireground use; hot-spot overlay in command view
Mapping	LiDAR SLAM; 3D floor-plan output in minutes; stair and level detection
Gas / atmosphere	O₂, LEL, CO and optional H₂S channels with location-tagged alarms
Communication	Two-way audio + video; range-extendable with mesh nodes; optional tether
Mobility	Stair climbing, rubble traversal, step-over; confined-corridor profile
Deployment	Carry-case transport; operational in <2 minutes
Environmental	IP67 typical; heat-shielded sensor housing for approach operations
Software	Command dashboard on tablet / vehicle screen; mission recording and playback

Operational note: This system supports reconnaissance and decision-making; it is not a structural fire suppression device. Deployment protocols, including approach limits, are defined with your department’s command procedures.

Deployment blueprint

How a fire & rescue deployment typically looks

A reference shape for a quadruped inspection rollout in fire & rescue. Every system is re-scoped to your site — this is the typical starting point, not a fixed offer.

Typical environments

Structural fires & collapsed buildings
Hazmat & chemical-release sites
Underground & confined-space rescues
Wide-area search & recon

Key constraints

Unknown, unstable terrain
Heat, smoke & low visibility
Compromised comms
Time-critical, fast-changing scene

Platform, payload & routine

Ruggedized quadruped (e.g. Unitree B2 / B2-HD)
Payload: thermal + gas (CO/CO₂/O₂/explosive) + two-way audio/video + lighting + onboard mapping
Routine: point recon ahead of crews, victim search, hazmat recon, progress mapping
Repeatable survey as the scene evolves

What you can expect: Keeps responders out of immediate harm during initial recon; faster situational awareness in smoke and darkness; repeatable survey of unstable structures.

Getting operational

Adoption path for departments

Mission review

We map your response scenarios, apparatus fit and command workflow to configure the system and training.

System delivery & training

Unit delivered with operator and command-staff training, including live-fire-adjacent drills on your training ground.

Drill integration

Standard operating procedure drafting and joint drills until recon deployment is a reflex, not a novelty.

<2

min to operational on scene

1

responder carries & operates it

3D

structure map in minutes

0

crew entries needed for recon

Related insights

Questions departments ask before a trial

How fast can it be deployed at an incident?

It travels in the vehicle it is stored in and is typically walking within 60–90 seconds of arrival — power on, hand to the operator, go. There is no setup, no calibration and no warm-up. That speed matters most in the first minutes, when interior conditions are unknown and a crew would otherwise be committed blind.

Will it survive the environment it is sent into?

The platforms we configure for fire service duty carry an IP-rated enclosure against water and particulate ingress, and operate in heavy smoke where visibility is effectively zero — thermal imaging and gas sensing are the primary sensors, not visible light. Heat tolerance is defined per platform and stated plainly in the specification; it is a reconnaissance tool that goes in first, not an interior attack tool.

Can it carry anything, or is it sensors only?

Payloads are configurable. Standard configuration is thermal camera, gas detection and two-way audio with a loudspeaker for victim communication. Depending on the platform and its payload rating, it can also carry a throw line, a small equipment drop, or a tethered comms relay. We specify the realistic payload envelope rather than the marketing figure.

How much training does a department need?

Operator training is measured in hours, not weeks — typically a half-day session covers driving, sensor use and basic fault handling for the crew members who will carry it. We provide the operating procedures, a maintenance checklist and refresher material. The design goal is that it becomes an appliance anyone on shift can grab, not a specialist asset.

Firefighting & Emergency Response Robot Dog