FIRE & EMERGENCY RESPONSE

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Expose people less.

Aerial and ground robotic systems extend situational awareness, remote inspection and response capabilities in environments where speed, access and personnel safety matter.

Request a Fire-Safety Consultation See the workflow →

DPR APPROACHAIR + GROUND RESPONSE

DEFINE THE MISSION

Robotics supports
the response team.

The right system depends on whether the mission is early detection, remote assessment, equipment transport, hazardous-area inspection or post-event documentation.

Detect

Thermal patrols and remote sensing support early awareness of abnormal heat and emerging hazards.

Assess

Rapid aerial overview and close-range robotic inspection improve situational awareness.

Respond

Specialized payloads can transport sensors, equipment and suppression tools where appropriate.

Document

Visible and thermal data support post-event assessment, reporting and lessons learned.

ONE OPERATING PICTURE

Air sees the scene.
Ground closes the distance.

Drones establish overhead awareness quickly. Ground robots provide persistent, close-range sensing where aerial systems cannot safely or effectively operate.

AIRRapid overviewThermal mapping • perimeter • access routes

GROUNDClose inspectionSensors • payloads • persistent observation

COMMANDInformed actionLive data • alerts • documentation

REPRESENTATIVE SYSTEMS

Choose the role.
Then configure the platform.

AIR

AERIAL RESPONSE

Dock 3 + Thermal Aircraft

Rapid remote launch, overhead assessment, thermal mapping and perimeter monitoring.

Discuss this configuration

INDUSTRIAL GROUND

B2 / B2-W

Heavy payload and robust mobility for specialized fire and emergency-response integrations.

Discuss this configuration

MOBILE INSPECTION

A2-W

Fast wheeled-leg mobility for thermal inspection, situational awareness and sensor transport.

Discuss this configuration

OPERATIONAL REALITY

Robotic systems supplement—not replace—incident command, trained firefighters or certified fire-protection systems.

DPR evaluates communications, heat exposure, ingress protection, payload, autonomy, operator control and integration requirements before recommending deployment.

LEARN BEFORE YOU DEPLOY

What fire-safety mission are you solving?

We’ll help define the sensing, mobility, communications and operator requirements before selecting a platform.

Request a Consultation

See more.
Expose people less.

Robotics supports
the response team.

Detect

Assess

Respond

Document

Air sees the scene.
Ground closes the distance.

Choose the role.
Then configure the platform.

Dock 3 + Thermal Aircraft

B2 / B2-W

A2-W

Understand the limits.
Design the right workflow.

Thermal imaging for fire and emergency response

Drones vs. robots for hazardous-area assessment

Autonomous patrol: capabilities and limitations

What fire-safety mission are you solving?

See more.Expose people less.

Robotics supportsthe response team.

Detect

Assess

Respond

Document

Air sees the scene.Ground closes the distance.

Choose the role.Then configure the platform.

Dock 3 + Thermal Aircraft

B2 / B2-W

A2-W

Understand the limits.Design the right workflow.

Thermal imaging for fire and emergency response

Drones vs. robots for hazardous-area assessment

Autonomous patrol: capabilities and limitations

What fire-safety mission are you solving?

See more.
Expose people less.

Robotics supports
the response team.

Air sees the scene.
Ground closes the distance.

Choose the role.
Then configure the platform.

Understand the limits.
Design the right workflow.