Product Introduction

Gx Bot510 explosive disposal robot is a compact modular robot designed primarily for handling, transporting, and safely disposing of hazardous materials.

Equipped with a flexible seven-degree-of-freedom robot arm, it can perform intricate operations, making it suitable for reconnaissance missions in confined spaces.

For mobility, the robot features a unique "fin arm" crawler structure, providing exceptional obstacle-climbing capabilities and adaptability to a variety of challenging terrains like sand, rubble, and grasslands.

This robot boasts a sturdy, lightweight, dustproof, waterproof, shockproof, and corrosion-resistant design, meeting all performance standards outlined in national military regulations.

If you have any inquiries or require further information, please don't hesitate to get in touch. We're here to assist you.

Product features

1.  With strong obstacle climbing ability and fin arm crawler structure, the robot can easily climb stairs, gullies and other obstacles.

2.  Fast movement speed, equivalent to human trotting speed, stepless speed change, and also has large torque at low speed.

3.  Small size, light weight, can be carried by one person, can be put into the trunk of the car, and the transportation is convenient.

4. Integrated mechanical arm pan tilt, 7 + 2 degrees of freedom design, more flexible grasping and observation.

5.  Modular design, battery module, PTZ module and manipulator module can be quickly disassembled and replaced, which is convenient for maintenance.

6.  Strong protection, dustproof, waterproof, shockproof and anti-corrosion. All performance indexes meet the requirements of the national military standard.

7. With high intelligence, it has a variety of intelligent operation functions, such as one key deployment, one key reset, auxiliary grasping, auxiliary obstacle crossing and so on.

Capture skills 

Before controlling the robot to grasp an object, it's essential to assess the object's quality. The maximum load capacity for horizontal grasping is 4 kilograms, while for bending grasping, it's 7 kilograms. Grasping objects heavier than these limits could potentially damage the robot arm.

Bending the arm is recommended when grasping objects, as accurately judging their weight can be challenging. This approach allows operators to prevent the robot from tipping forward due to an unexpectedly heavy object.

When extending the arm to grasp an object, the robot should pivot the swinging arm forward and gently touch the ground for added stability, reducing the risk of tipping. Even with the swinging arm, it's advisable not to capture objects exceeding 3 kilograms to prevent damage to the swinging arm's drive gearbox.

For the most efficient and effortless operation of the double-effect mechanical arm, consider using the 3D movement mode during the grasping process. This will help ensure precise control and prevent unnecessary strain on the system.

Detection skills

Four cameras are used for mutual observation as far as possible.

3D movement mode can be used for the detection mode on the high place. Specific operations are as below: firstly, the robot moves to semi-unfolding mode, and then chooses 3D movement mode. Swirl the rocker on the left to control the mechanical arm of the robot.

As to the detection on the low place, the robot can be firstly changed to the observation mode and then the 3D movement mode is chosen. Control the left rocker of the robot to control the movement of the P/T camera. 

Application environment

1. Transfer and destruction of suspicious items in public places (subway, airport, railway station, shopping mall, conference center, etc.).
   

2.  Dud removal, roadside bomb removal, mine removal and other application environments.

3.  Capture and transfer of substances in hazardous biochemical and toxic environment.

4.  Reconnaissance, detection, object capture and transfer in the post disaster ruins environment.

5.  Capture and transfer of articles in nuclear radiation environment, simple detection and maintenance.

Product parameter