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Zhu Lu

L1 Pro Outdoor Wheeled Inspection Robot L1-A composite inspection robot L2 Pro indoor lifting wheel inspection robot L2-F indoor wheeled inspection robot L3 Indoor Rail Hanging Inspection Robot L4-G1 Explosion proof Wheel Inspection Robot L4-G2 Explosion proof Wheel Inspection Robot L5 Operating Robot L6 unmanned aerial vehicle mounted with de icing robot L7-T1 airport intelligent bird repelling robot L7-T2 tracked inspection robot

Tian Xun

A1 unmanned aerial vehicle autonomous inspection system A2 Anti UAV Active Defense System

Sui Tu

T1 intelligent inspection car for engineering T2 line comprehensive inspection robot T3 train inspection robot T4 Vehicle 360 ° Dynamic Image Intelligent Detection System

Xing Zhi

E1 power inspection quadruped robot E2 police patrol quadruped robot

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Power Grid Traffic Intelligent Digital City Ocean

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S2 Xuanwu The Xuanwu underwater robot adopts floating technology

The Xuanwu underwater robot adopts a floating crawling composite ROV system scheme, which features modular structural design, ROV composite motion control technology, and auxiliary operation and detection technology based on underwater vision. This ROV adopts a high maneuverability design scheme, which can achieve 360 degree rolling and wall crawling underwater, and has strong inspection and operation capabilities. It is mainly used for crack detection of reservoir dams, hull cleaning, and inspection and operation of offshore platform pipeline racks.

SHENGHAO

Strong power output
The host is equipped with a high-power propulsion system, which can stably support underwater movement
Composite motion control
Robots have the ability to perform composite movements of floating and crawling, and can adapt to various underwater work scenarios
Function integration adaptation
Support flexible combination configuration, balancing scene diversity and portable maintainability
High expansion compatibility
Reserved universal power supply communication interface, which can expand functional modules as needed

Main functions

Acoustic imaging
optical imaging
Underwater cleaning
Fixed position navigation
Crawling homework
Ultrasonic Testing

Technical Parameters

load capacity Maximum speed of the main engine Thruster arrangement Configurable sensors: Meet the equipment installation and auxiliary operation requirements in light work scenarios ≥ 2 sections Includes horizontal vector and vertical direction configuration Lighting, optical imaging, environmental parameter detection, acoustic detection, positioning and distance measurement

Product application scenarios

Strong power output

The host is equipped with a high-power propulsion system, which can stably support underwater movement

Composite motion control

Robots have the ability to perform composite movements of floating and crawling, and can adapt to various underwater work scenarios

Function integration adaptation

Support flexible combination configuration, balancing scene diversity and portable maintainability

High expansion compatibility

Reserved universal power supply communication interface, which can expand functional modules as needed