The six-wheel independent drive system provides excellent mobility and stability across different surfaces.
Advanced chassis features include:
Independent wheel drive system
Automatic braking function
Hinged front and rear axle structure
Rear axle lifting and lowering capability
Enhanced obstacle-crossing performance
The robot can overcome challenging terrain such as:
Stairs
Curbs
Gravel roads
Sand
Snow-covered areas
Uneven ground
This design allows the robot to maintain stability during reconnaissance and manipulation tasks.
The main body structure is manufactured from titanium alloy, providing an ideal balance between strength and weight.
Advantages include:
High structural strength
Lightweight design
Improved durability
Enhanced operational reliability
The rugged construction enables long-term operation in demanding field environments.
The robotic arm supports precise remote operations for hazardous object handling.
Control methods include:
Console button operation
Touchscreen control interface
The dual-control design improves operational flexibility and provides backup control options during critical missions.
The turret system supports wide-angle operation with:
190° left and right rotation
Flexible object handling around the robot
The integrated control console provides operators with comprehensive mission information.
Key functions include:
Real-time 3D robot posture display
Orientation awareness
Remote sensor control
Detector data management
Environmental monitoring
The system can display real-time environmental information, including:
Wind speed
Wind direction
Atmospheric pressure
Temperature
This helps operators better understand surrounding conditions during hazardous operations.
The robot is equipped with multiple camera systems to provide a wide operational view.
Camera features include:
Up to six integrated cameras
Pan-tilt-zoom (PTZ) camera system
360° observation capability
The multi-camera configuration improves:
Situational awareness
Remote navigation
Target identification
Operational accuracy
The Six-Wheeled EOD Robot supports encrypted wireless communication for remote missions.
Communication capabilities:
Wireless control range: up to 1km under ideal conditions
Handheld controller for short-distance operation
Secure remote operation system
Operators can control the robot from a safer distance during hazardous missions.
The robot is designed for various professional applications, including:
Supports operations involving:
Explosive devices
Improvised explosive devices (IEDs)
Vehicle-based threats
Suspicious objects
Suitable for environments involving:
Chemical hazards
Nuclear, biological and radiological (CBRN) risks
Industrial hazardous materials
Provides remote observation capability for:
Urban environments
Restricted areas
High-risk locations
The platform includes four equipment mounting ports that can support different mission tools.
Compatible equipment may include:
Water cannon systems
Specialized operational tools
Shotgun modules
Other mission-specific equipment
The modular design allows customization according to different operational requirements.
✓ Six-wheel independent drive system
✓ High mobility across difficult terrain
✓ Titanium alloy lightweight structure
✓ Remote robotic arm operation
✓ Dual control methods
✓ Real-time 3D posture awareness
✓ Environmental monitoring capability
✓ Six-camera observation system
✓ 360° PTZ surveillance
✓ Up to 1km wireless communication range
✓ Multi-purpose equipment integration
The Six-Wheeled EOD Robot is suitable for:
Police bomb disposal units
Military EOD teams
Counter-terrorism organizations
Emergency response agencies
Hazardous material teams
Critical infrastructure protection
Industrial safety operations
High-risk reconnaissance missions
China Xinxing Xiamen Import and Export Co., Ltd. provides advanced unmanned ground systems and professional equipment solutions for government organizations, emergency response teams, security agencies, and international customers.
Our product portfolio includes EOD robots, unmanned aerial systems, surveillance equipment, emergency vehicles, protective equipment, and integrated mission-support solutions.
With customized development capabilities and professional manufacturing resources, we support customers with reliable robotic platforms designed for complex and hazardous operational environments.
FAQ
What is an EOD robot?
An EOD (Explosive Ordnance Disposal) robot is a remotely operated unmanned ground vehicle (UGV) and a specialized device designed specifically for handling explosive threats. It can detect, identify, approach, inspect, operate, and neutralize targets such as improvised explosive devices (IEDs), unexploded ordnance, and suspicious packages while maintaining a safe distance for operators.
These robots typically use tracked or wheeled platforms equipped with cameras, various sensors, multi-axis robotic arms, and grippers, and can be fitted with specialized tools such as demolitions charges, X-ray imagers, and detonators. This enables them to carry out tasks that are too dangerous for human personnel, effectively eliminating explosive threats while ensuring operator safety. Currently, they are widely used in military bomb disposal units, police bomb squads, and emergency medical teams.
How EOD Robots Work
Explosive Ordnance Disposal (EOD) robots are specialized machines designed to keep humans out of harm’s way when dealing with dangerous explosives. These robots are used by military, police, and security teams around the world to detect, inspect, and neutralize bombs safely.
Most EOD robots are remotely controlled and equipped with cameras, sensors, and robotic arms. Operators use live video feeds and sensor data to assess suspicious objects from a safe distance. The robot’s arm allows it to lift, move, or disarm explosives without putting anyone at risk. Some advanced models can carry additional tools like water disruptors, cutting devices, or chemical sensors for complex scenarios.
Mobility is another key feature. EOD robots often have tracked or wheeled systems, enabling them to navigate stairs, rough terrain, or confined spaces. Their design prioritizes stability and precision, allowing operators to perform delicate operations remotely.
In short, EOD robots act as the first line of defense against explosives, combining technology and engineering to protect lives. They are an essential tool for modern bomb disposal teams, making dangerous tasks safer and more efficient.
How much does an EOD robot cost?
Small (portable, approximately 10–25 kilograms, such as iRobot PackBot type): $150,000 to $300,000
Medium (trackable, 25–100 kilograms, TALON/Spartan type): $250,000 to $500,000
Large (100–500 kilograms, dual arms, heavy load capacity): $400,000 to over $1 million
Budget/Export Quotation: The basic model can be purchased from low-cost OEM manufacturers starting at approximately $10,000 to $50,000. However, actual public safety purchases typically include cameras, interference equipment, training and support services, and the price usually ranges from $150,000 to $400,000.
How risky is EOD?
Explosive ordnance disposal technicians are among the most risky technical positions in both military and civilian fields. The motto of this position is "Success in the first attempt or total failure."
On the battlefields of Iraq and Afghanistan, improvised explosive devices (IEDs) are the main threat to soldiers' safety. Explosive ordnance disposal personnel need to be on standby at all times, conducting inspections of mine locations and searching for potential dangers along the roadside. According to global estimates, approximately 800 explosive ordnance disposal technicians die each year, with a career mortality rate of about 1 in every 900 people.
This profession is called "the frontline closest to death," and practitioners risk their lives to protect others. Besides the direct danger of explosions, they also have to endure long-term psychological stress, covert operations, and restricted working environments with poor visibility. They often have to work in an environment with a temperature of about 49°C, wearing 38-40 kilograms of heavy explosion-proof suits, even though the protective suits have armor and cooling systems, they cannot withstand the impact of large explosions. The training standards for this position are extremely strict, with an elimination rate of up to 70% - 85%. It has extremely high requirements for the physical and psychological qualities of the practitioners.