System Introduction

Unmanned aerial vehicle detection system utilizes the unmanned aerial vehicle platform with high accuracy positioning, navigation and autonomous flight capacities. It carries a number of sensors including high-definition camera, high precision laser range finder, etc. to conduct omnidirectional and multi-angle detection for roads, bridges, power transmission lines, wind power generators, and other infrastructures.

The system includes unmanned aerial vehicle, task load and information management system, and achieves large range routine inspection and fine detection through the combination of composite wing and multi-rotor wings unmanned aerial vehicles. As a front-end operation tool, it implements detection tasks, collects detection information and conducts management and intelligent treatment for the operation tasks and detection data of unmanned aerial vehicles through detection of the information management system. The routine inspection process is intelligent and efficient. The system is easy to use.

System Applications

Customization of development functions for segmented application areas, to achieve unattended and autonomous operation of daily or special tasks.

• Task management • track planning
• remote broadcast • electronic fence
• authority management • Data management and intelligent analysis
• status monitoring • equipment management

Specific Cases

Routing Inspection of Expressway

Obstacle detection, road conditions survey, slope detection, road asset management, etc. The first expressway routing inspection system has been implemented for Shanghai-Changzhou Expressway and has been put into operation.

Rapid Investigation of Highway Facilities

Regular automatic investigation is conducted for highway facilities to eliminate hidden troubles and traffic resources are publicized to the public.

Full Coverage Detection of Aerial Structures of Facilities

The path is automatically planned according to the structural characteristics of bridges, city sewage pipes, ventilation wells and other high-rise facilities for full coverage detection.

Investigation of Hidden Troubles of Mountain Disasters

Periodic automatic flight investigation is conducted for key monitoring areas of mountain disasters.

Applicable Parameters
Multi-rotor
wings
unmanned
aerial
vehicle
Application scenarios:Elaborate observation of fixed points and targets
Wingspan:80cm-150cm
Maximum take-off weight:5-15kg
Power:Electric
Loading capacity:5-10kg
Way of take-off and landing:Vertical take-off and landing
Operating radius:0-10km
Cruising speed:0-40km/h
Time of endurance:30-45 minutes
Wind loading rating:Force 5-6
Composite
wing
unmanned
aerial
vehicle
Application scenarios:Rapid routing inspection of large range
Wingspan:2.5-3.5M
Maximum take-off weight:10-25kg
Power:Oil driven, electric
Loading capacity:1-5kg
Way of take-off and landing:Vertical take-off and landing
Operating radius:40-160km
Cruising speed:80-100km/h
Time of endurance:1-4小时
Wind loading rating:Force 5-7