Shilong
SL-UVAGPR UAV Ground Penetrating Radar
Drone-borne Ground Penetrating Radar SL-UVAGPR Figure 1
Drone-borne Ground Penetrating Radar SL-UVAGPR Figure 2
Drone-borne Ground Penetrating Radar SL-UVAGPR Figure 3
Drone-borne Ground Penetrating Radar SL-UVAGPR Figure 4

Drone Ground-Penetrating Radar SL-UVAGPR

Model:SL-UVAGPR

Detection Depth
0-2m
Operating Frequency
400MHz or higher frequency
Detection Accuracy
±1 cm
Battery life≥45 minutes
Control MethodAutonomous Path Planning / Remote Control
System SettingsUAV-mounted system
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Product Features

Long endurance ≥ 45 minutes
Autonomous Route Planning
Adapts to complex terrain
Real-time Video Transmission Monitoring
Non-contact and non-destructive
Flexible platform adaptability

Technical Specifications

Drone PlatformCompatible with multiple types of UAV platforms
Radar PayloadGround-penetrating radar payload of 400MHz and above
Battery life≥45 minutes (no-load)
Maximum Speed65km/h
Time Window Range0-150ns
Sample Points512-8192
Measurement MethodSpot metering, distance measurement, continuous
Data transmissionHD Digital Video Transmission
Display modePseudocolor image; Curve chart
Peripheral SyncVideo

Application Scenarios

1

Engineering Geological Survey: Detection of underground geological hazards such as piping in river embankments and dam foundations, karst formations, sinkholes, underground voids, fractured zones, ice layer thickness, and abandoned coal mine areas. Services also include geological stratification analysis, geological and environmental assessment, and evaluation of foundation treatment effectiveness.

2

Underground Utility and Obstacle Detection: Mapping underground utility networks; detecting civil air defense structures; identifying obstacles during pile foundation construction; archaeological applications (locating ancient tombs, city walls, roads, and other sites); forensic investigations by law enforcement agencies (rapidly locating buried human remains, firearms, knives, drugs, and other evidence).

3

Road and Bridge Inspection: Investigation of adverse geological bodies during road or bridge site selection; quality inspection during highway construction; detection of pavement layers, base courses, subbase courses, subgrade layers, and weak zones in highways; inspection of structural layer thickness, cracks, and subgrade defects; positioning of reinforcing bars and steel strands; concrete defect detection.

4

Environmental Monitoring: Used to detect landfill leaks, map the distribution of subsurface waste, and assess contamination extent in soil and groundwater. By monitoring subsurface conditions, it provides data support for environmental protection and pollution remediation, aiding in the development of scientifically sound restoration plans.

Typical Use Cases

Mine Exploration

Rapid large-area scanning to detect ore vein trends and geological structures.

Environmental Investigation

Unmanned operations in contaminated areas to ensure personnel safety

Disaster Assessment

Rapid post-disaster survey to assess geological changes and potential hazards

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