Keep Personnel at a Safe Distance During Hazardous Operations

Tracked EOD robotic platform designed for explosive hazard inspection, suspicious object handling, remote reconnaissance, and dangerous environment response.

When Every Meter of Distance Matters, Robotics Protect the Operator

Advanced tracked EOD robot for remote hazardous operations, real-time situational awareness, and high-risk response missions.

Hazardous Threats Require Remote Operations

Explosive threats and suspicious objects create environments where direct human approach can significantly increase operational risk.

Modern EOD and hazardous response teams increasingly rely on robotic systems to:

Increase operator safety

Improve standoff distance

Enhance remote situational awareness

Reduce direct exposure during inspections

Remote EOD robotics are becoming essential tools in public safety and hazardous response operations.

The Solution: Tracked Robotic Hazard Response Platform

Our tracked EOD robotic platform supports:

Remote reconnaissance

Suspicious object inspection

Manipulator-assisted handling

Real-time video transmission

Hazardous environment operations

Helping operators maintain safer operational distance while improving response capability.

The Tracked Robotic Platform for Explosive Hazard Response is designed for handling explosives and high-risk items in hazardous environments. Equipped with a robust tracked chassis, advanced remote control system, and a multi-functional manipulator arm, it ensures stable performance on challenging terrain.

 

Featuring a high-resolution video system and specialized tools for gripping, cutting, and neutralizing threats, the robot enables precise detection and disposal of suspected explosive devices. It is ideal for use by police, security units, and emergency response teams.

Built for Remote Hazardous Operations

Remote Hazard Inspection

Supports remote inspection of:

Suspicious packages

Hazardous objects

Restricted-access environments

Dangerous operational areas

Tracked Mobility for Complex Terrain

Tracked platform enables movement across:

Stairs

Debris

Gravel

Uneven surfaces

Urban obstacles

Tracked robots are widely preferred in EOD operations because of superior mobility and stability.

Manipulator Arm for Remote Interaction

Supports:

Object handling

Remote manipulation

Hazard inspection assistance

Precision operational tasks

Modern EOD robots increasingly emphasize manipulator precision and operator control feedback.

Real-Time Situational Awareness

Integrated systems may include:

HD cameras

Thermal imaging

Zoom observation

Remote audio/video transmission

High-quality real-time transmission is increasingly critical for EOD operations.

Modular Payload Integration

Supports integration of:

EO/IR systems

Radiation detectors

Gas sensors

Specialized mission payloads

Modern EOD robots increasingly adopt modular multi-sensor architectures.

Manual Hazard Response vs Robotic EOD Operations

Robotics Extend Human Safety Into Dangerous Areas

Why Choose Astral Route

Designed for Hazardous Operations

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

Tracked Mobility for Real-World Terrain

Reliable movement across stairs, debris, uneven ground, and confined operational areas.

Advanced Remote Situational Awareness

Integrated HD monitoring improves operational visibility and remote decision-making.

Manipulator Capability for Remote Interaction

Supports precision handling and safe-distance operational tasks.

Reduce Operator Exposure Risk

Improve operational safety by enabling remote hazardous inspection and response.

Protect Operators by Extending Remote Capability

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.

Its applications: Designed for Hazardous Security Operations

Explosive Hazard Inspection

Suspicious object assessment

Safe-distance inspection

Remote reconnaissance

Public Safety Operations

Security incident response

Hazardous area investigation

Remote operational support

Critical Infrastructure Security

Transportation hubs

Government facilities

Restricted operational zones

Industrial Hazardous Environments

Dangerous confined spaces

Chemical facilities

High-risk industrial inspection

Emergency Response Missions

Disaster response

Unsafe structural environments

Hazardous debris inspection

 Every Additional Meter of Distance Can Improve Operator Safety

Use Cases

Suspicious Object Inspection

Challenge
Security personnel must assess a suspicious object without direct exposure.

Solution
Tracked EOD robot performs remote visual inspection and manipulator-assisted interaction.

Result

Increased standoff distance

Reduced operator exposure

Improved operational safety

Urban Hazardous Operations

Challenge
Complex urban environments create mobility challenges during hazardous response missions.

Solution
Tracked robotic platform navigates stairs and uneven terrain for remote reconnaissance.

Result

Improved terrain adaptability

Better operational reach

Enhanced situational awareness

Industrial Hazard Inspection

Challenge
Hazardous industrial areas require remote inspection capability.

Solution
Robot equipped with cameras and sensors performs preliminary site assessment.

Result

Reduced personnel exposure

Faster hazard evaluation

Improved operational visibility

Emergency Response Deployment

Challenge
Emergency teams require rapid remote awareness in dangerous environments.

Solution
Portable tracked robot provides live operational video and remote interaction capability.

Result

Faster situational assessment

Improved response coordination

Enhanced personnel safety

Contact Us and 

Reduce Operator Risk

Improve Remote Hazard Response

Build Your EOD Robotics Capability

FAQ

Q1: What is a tracked EOD robot used for?

It is designed for remote hazardous inspection, suspicious object handling, explosive threat response, and dangerous environment operations.

Q2: Why are tracked platforms preferred for EOD robots?

Tracked mobility improves movement across stairs, debris, uneven surfaces, and difficult terrain.

Q3: How does the robot improve operator safety?

It increases standoff distance and reduces the need for direct human exposure during hazardous operations.

Q4: Can the robot transmit live video?

Yes. Real-time HD video transmission supports remote situational awareness and operational coordination.

Q5: What payloads can be integrated?

Thermal cameras, EO/IR systems, radiation detectors, gas sensors, and specialized mission payloads.

Q6: Is the robot suitable for public safety operations?

Yes. It supports hazardous inspection, suspicious object assessment, and remote operational response.

Q7: Can the robot operate in complex urban environments?

Yes. The tracked design improves mobility in stairs, rubble, and confined operational spaces.

Q8: Why are EOD robots becoming increasingly important?

Organizations increasingly use robotic systems to improve personnel safety and operational effectiveness in hazardous environments.