Bridge-Cable Inspection Robot

Bridge-Cable Inspection Robot is equipped with vision and other inspection instruments to perform primary-coverage accurate inspection of the apparent conditions of cables, bridge towers and other facilities, and perform main and automatic analysis of inspection data with machine vision, machine learning and other algorithms, and automatically generate disease reports and 2D dioramas. It can be customized to access current operation management systems such as BIM. With light weight, it can crawl and reach high places. It is compatible with different pipe diameters, adaptable to different cable surface materials, and suitable for high-altitude inspection of bridge cables. It also can be loaded with light inspection instrument of up to 5kg.

System features

FUNCTIONAL FEATURES

Adaptable

Suitable for various specifications and angles of stay cables, it has obstacle avoidance function

Intelligent

autonomous operation without relying on external power source

Real-time

real-time data post back, real-time environment monitoring

Accurate data

accurate positioning, high resolution images, full coverage of data

Intuitive results

inspection data visualization, high definition, distortionless

Function parameter

Operation mode remote control\autonomous operation
Applicable cable diameter greater than 80-180mm
Working distance <1000m
System composition carrier, ground control terminal
Weight 15kg
Power lithium battery, quick replacement

Endurance 2h
Charging time 2h
Detection speed 0.2m/s
Communication mode wireless
Communication bandwidth support real-time post back of image data
Lighting method built-in light source
Expansion interface reserve mechanical interface, it can carry multiple sensors

System application

Bridge cable application

Bridge-Cable Inspection Robot

Bridge-Cable Inspection Robot

Bridge-Cable Inspection Robot is equipped with vision and other inspection instruments to perform primary-coverage accurate inspection of the apparent conditions of cables, bridge towers and other facilities, and perform main and automatic analysis of inspection data with machine vision, machine learning and other algorithms, and automatically generate disease reports and 2D dioramas. It can be customized to access current operation management systems such as BIM. With light weight, it can crawl and reach high places. It is compatible with different pipe diameters, adaptable to different cable surface materials, and suitable for high-altitude inspection of bridge cables. It also can be loaded with light inspection instrument of up to 5kg.

System features

FUNCTIONAL FEATURES

Adaptable

Suitable for various specifications and angles of stay cables, it has obstacle avoidance function

Intelligent

autonomous operation without relying on external power source

Real-time

real-time data post back, real-time environment monitoring

Accurate data

accurate positioning, high resolution images, full coverage of data

Intuitive results

inspection data visualization, high definition, distortionless

Function parameter

Operation mode remote control\autonomous operation
Applicable cable diameter greater than 80-180mm
Working distance <1000m
System composition carrier, ground control terminal
Weight 15kg
Power lithium battery, quick replacement
Endurance 2h
Charging time 2h
Detection speed 0.2m/s
Communication mode wireless
Communication bandwidth support real-time post back of image data
Lighting method built-in light source
Expansion interface reserve mechanical interface, it can carry multiple sensors

System application

Bridge cable application