Detect Hazardous Threats Without Sending Personnel Into Danger

Tracked robotic platform designed for CBRN detection, hazardous environment reconnaissance, radiation monitoring, and remote situational awareness in high-risk operational environments.

When Environments Become Too Dangerous to Approach, Robotics Deliver Critical Detection Capability

Advanced tracked robot for hazardous material detection, radiation monitoring, environmental assessment, and remote reconnaissance operations.

Hazardous Environments Limit Human Access

Emergency teams and hazardous response units increasingly face environments involving:

Toxic chemicals

Radiation risks

Hazardous industrial leaks

Dangerous confined spaces

Unknown environmental threats

Direct human entry can significantly increase operational danger while limiting situational awareness.

Modern hazardous response operations increasingly rely on unmanned robotic systems to improve safety and environmental intelligence.

The Solution: Remote Hazard Detection & Reconnaissance

Astral Route tracked robotic platforms support:

Hazardous environment detection

Radiation monitoring

Chemical reconnaissance

Remote environmental assessment

Live situational awareness

Sensor-integrated operations

Helping organizations improve operational safety while expanding hazardous detection capability.

Built for Hazardous Environment Detection

Remote Hazard Detection

Supports remote detection in environments involving:

Radiation hazards

Chemical leaks

Hazardous industrial incidents

Dangerous operational zones

Unknown environmental conditions

Hazardous Environments Should Be Assessed Remotely First

CBRN Sensor Integration

Supports integration of:

Radiation detectors

Gas detection systems

Chemical sensors

Thermal imaging

EO/IR cameras

Environmental monitoring payloads

👉 modular multi-sensor architecture

Tracked Mobility for Difficult Terrain

Tracked mobility supports operation across:

Debris

Mud

Stairs

Industrial environments

Uneven terrain

Disaster zones

Tracked robots are widely used in hazardous operations because of superior terrain adaptability.

Real-Time Situational Awareness

Provides:

Live environmental monitoring

Remote video transmission

Hazard visualization

Operational coordination

Remote reconnaissance capability

Modern robotic systems increasingly rely on integrated environmental awareness and remote sensing.

Reduce Personnel Exposure

Enable hazardous environment assessment before personnel deployment.

Manual Hazard Detection vs Robotic Remote Detection

Remote Robotics Improve Safety During Hazardous Assessment

Why Choose Astral Route

Designed for Hazardous Detection Operations

Built for environments where direct human access may not be safe.

Multi-Sensor Integration Capability

Supports flexible integration of radiation, gas, thermal, and environmental monitoring systems.

Tracked Mobility for Complex Terrain

Reliable movement across debris, industrial zones, unstable terrain, and disaster environments.

Real-Time Environmental Awareness

Integrated monitoring improves operational visibility and hazard assessment efficiency.

Reduce Personnel Exposure Risk

Enable remote hazardous environment inspection before personnel deployment.

CBRN Detection & Hazardous Reconnaissance Tracked Robot

After a nuclear, biological, or chemical (NBC) incident, the NBC reconnaissance tracked robot can be remotely operated by personnel to quickly enter the designated area for real-time detection of NBC agent levels.
It wirelessly transmits video and data back to the control terminal for real-time display.

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The robot consists of a lightweight all-terrain chassis, robotic arm, radiation-resistant central control module, radiation-resistant camera, and integrated NBC detection equipment such as a gamma dose rate meter, radionuclide identification module, alpha aerosol module, neutron dose rate meter, and biological/chemical detection modules.

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It is primarily used for environmental reconnaissance and NBC data monitoring in nuclear/chemical accident conditions where personnel cannot access the area.

Overall Dimensions: Not greater than 1200mm × 800mm × 1000mm
Total Weight: Not greater than 80kg (including mounted equipment and control terminal)
Climbing Capability (Unidirectional Slope): Not less than 30°
Single Run Distance: Not less than 1000 meters (horizontal straight-line distance)
Operating Speed: 0.5 m/s to 2 m/s, adjustable at intervals
Single Operation Endurance: >120 minutes; battery can be replaced for extended operation
Obstacle Clearance Height: Not less than 150mm
Communication Range Extension: Supports carrying and deploying relay devices to extend communication distance
Radiation Resistance – Total Dose: 50 Gy
Radiation Resistance – Instantaneous Dose Rate: 50 Gy/h

Hardened radiation tolerance technology

To meet the demands of the operational environment for nuclear, biological, and chemical (NBC) reconnaissance robots, a radiation shielding design is developed using radiation-resistant computational models and the Monte Carlo simulation method to determine optimal shielding materials and thicknesses. Radiation-hardened chips are also selected to design the main control module, ensuring stable operation under high-radiation conditions.

NBC Detection Technology

Following a modular design philosophy, the system provides multiple reserved interfaces to allow flexible integration of various detection modules. This enhances the robot's adaptability to diverse operational scenarios.

Key Applications: Designed for Hazardous Detection Operations

Radiological Environment Inspection

Radiation area reconnaissance

Nuclear facility inspection

Contaminated zone assessment

Chemical Hazard Detection

Industrial leakage assessment

Hazardous material incidents

Toxic gas monitoring

Emergency Response Operations

Disaster environment inspection

Dangerous confined-space reconnaissance

Fire and smoke assessment

Critical Infrastructure Protection

Industrial facility monitoring

Restricted-area inspection

Hazardous operational zones

Environmental Safety Assessment

Remote environmental monitoring

Unknown hazard identification

Safety verification operations

Dangerous Environments Require Remote Detection Before Human Entry

Use Cases

Radiation Zone Reconnaissance

Challenge
Personnel cannot safely enter suspected contaminated environments.

Solution
Tracked robot equipped with radiation detection payload performs remote assessment.

Result

Reduced exposure risk

Real-time environmental awareness

Improved operational safety

Chemical Leakage Detection

Challenge
Hazardous industrial leaks create dangerous conditions for responders.

Solution
Robot equipped with gas detection systems performs remote environmental monitoring.

Result

Faster hazard identification

Improved response coordination

Reduced personnel exposure

Disaster Site Hazard Assessment

Challenge
Unknown environmental conditions delay emergency response operations.

Solution
Robot enters unstable areas to collect live environmental and visual data.

Result

Better situational awareness

Improved rescue planning

Faster operational decisions

Industrial Safety Inspection

Challenge
Dangerous industrial zones require remote monitoring capability.

Solution
Modular tracked platform performs continuous hazardous environment inspection.

Result

Improved worker safety

Better operational visibility

Enhanced hazard management

Contact Us and Reduce Personnel Exposure Risk

FAQ

Q1: What is a CBRN detection tracked robot used for?

It is designed for hazardous environment detection, radiation monitoring, chemical assessment, and remote reconnaissance operations.

Q2: Why are robotic systems important in hazardous detection operations?

They reduce the need for personnel to directly enter dangerous environments during initial assessment missions.

Q3: What detection systems can be integrated?

Radiation detectors, gas sensors, thermal imaging systems, EO/IR cameras, and environmental monitoring payloads.

Q4: Can the robot operate in contaminated environments?

Yes. It is designed for hazardous industrial zones, radiation areas, and dangerous operational environments.

Q5: Why are tracked platforms used for hazardous operations?

Tracked mobility improves stability and movement across rubble, debris, mud, and uneven terrain.

Q6: Can the robot provide live environmental monitoring?

Yes. The platform supports real-time video transmission and remote environmental awareness.

Q7: Is the robot suitable for emergency response teams?

Yes. It supports disaster response, hazardous material assessment, industrial inspection, and dangerous environment reconnaissance.

Q8: Why is remote hazard detection increasingly important?

Organizations increasingly use robotics to improve safety, situational awareness, and operational efficiency in high-risk environments.