Fully electric platform engineered to operate reliably in smoke, heat, and oxygen-depleted conditions where combustion engines fail.
Engineered to remove personnel from immediate danger while maintaining full operational capability and tactical precision in the field.
Intelligent control systems enhancing response speed, coordination, and unit capacity — including swarm-capable deployment protocols.
Autonomous Firefighting Platform
FFRS by PEK Civil Defence is a fully electric firefighting robot designed for autonomous and remote fire suppression while keeping responders farther from immediate hazards.
1,500 L water · 170 L foam · up to 340 L/min · remote operation up to 1,000 m
In these environments, the first minutes define the outcome — yet they are the most dangerous for personnel.
FireFighter acts as a force multiplier, extending operational capability while preserving human life.
In these environments, the first minutes define the outcome — yet they are the most dangerous for personnel.
Platform Design
A fully electric robotic platform engineered for controlled fire suppression in hazardous environments.
Explore Specifications
Core Operational Requirements
— Requirement 01
— Requirement 02
— Requirement 03
— Requirement 04
— Requirement 05
— Requirement 06
Application Scenarios
FFRS is designed to support fire services, civil-protection teams and industrial emergency response across high-risk sites — from fuel storage and critical infrastructure to hazardous areas where direct human access should be reduced.
Scenario 01
Scenario 02
Scenario 03
Scenario 04
Market Position
Why the FFRS fills the gap between conventional firefighting equipment and existing remote platforms — across every critical performance dimension.
| Fire Fighting Robotic System |
Conventional Fire Truck |
Portable Water Monitor |
Basic Remote UGV |
|
|---|---|---|---|---|
| Operator Safety | High | Moderate | Moderate | Moderate |
| Access to High-Risk Zones | High | Low | Low | Moderate |
| Mobility in Rough Terrain | High | Low | Low | Moderate |
| Remote Fire Suppression | High | Moderate | Low | Moderate |
| Deployment Flexibility | High | Low | Low | Moderate |
| Operation Near Extreme Heat | High | Low | Low | Moderate |
FFRS Knowledge Center
Explore evidence-led guides on fire fighting robotic systems, industrial applications, hazardous environments, operating modes, deployment planning and controlled fire testing.
See two controlled FFRS tests: Class A fire suppression from 10 m and a 30-minute heat-radiation test with thermocouple monitoring and water-shield cooling.
A practical guide to how fire fighting robotic systems work, why they are used, and how they support safer response in high-risk environments.
Explore the environments where firefighting robots provide the greatest operational value, from industrial sites to fuel depots and underground facilities.
How industrial firefighting robots support safer suppression, remote monitoring and rapid response around factories, warehouses and energy infrastructure.
Why robotic fire suppression is valuable where extreme heat, toxic smoke, explosion risk or unstable structures make direct human access dangerous.
Understand the difference between remote-controlled and autonomous firefighting robots and why both operating modes can matter during emergency response.
Product Questions
Key facts for fire services, civil-protection teams and industrial operators evaluating an autonomous firefighting robot. See the full technical specifications or contact PEK Civil Defence for project-specific requirements.
The PEK FFRS is a fully electric fire fighting robotic system designed for autonomous and remote operation. Its tracked platform, onboard sensing and fire-suppression equipment allow responders to approach and suppress fires while reducing personnel exposure in hazardous environments.
The FFRS supports autonomous functions as well as remote and ground-control operation. The appropriate mode depends on the incident, site conditions, communications and the operating procedures of the response team. Human supervision and a defined takeover strategy remain important. Read the operating-mode comparison.
The FFRS has a 1,500-litre onboard water tank and a 170-litre foam tank. It can deliver up to 340 litres per minute, and its dual-mode water architecture also supports operation connected to an external water supply.
The site documents a controlled Class A fire suppression test. For other fire classes or hazardous atmospheres, the extinguishing agent, system configuration and operating procedure must be matched to the specific risk assessment and confirmed with PEK Civil Defence.
Firefighting robots can support response at industrial plants, warehouses, fuel and energy facilities, tunnels, underground infrastructure, hazardous-material areas and other sites where heat, smoke, explosion risk or unstable structures make direct human access dangerous. Explore the applications guide.
The stated remote-control range is up to 1,000 metres line of sight. Actual operational range depends on terrain, structures, interference and the communications plan for the incident.
The water shield and mist-cooling system are intended to reduce thermal load on the platform during operation near intense heat. In the documented controlled heat-radiation test, the water shield was activated when monitored temperatures reached approximately 90 °C and the measured temperature then dropped by about 15 °C. Test conditions and results are described in the full test report article.
No. The FFRS is a response tool that helps fire services perform reconnaissance, approach, cooling and suppression while keeping personnel farther from immediate hazards. Command decisions, incident assessment and safety procedures remain the responsibility of trained responders.
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