Shilong
Autonomous Cruise Ground Penetrating Radar SL-GPR ACC3D
Autonomous Cruise Ground-Penetrating Radar SL-GPR ACC3D Figure 1
Autonomous Cruise Ground-Penetrating Radar SL-GPR ACC3D Figure 2
Autonomous Cruise Ground-Penetrating Radar SL-GPR ACC3D Figure 3
Autonomous Cruise Ground-Penetrating Radar SL-GPR ACC3D Figure 4

Autonomous Cruise Ground Penetrating Radar SL-GPR ACC3D

Model:SL-GPR ACC3D

Detection Depth
0-5m
Operating Frequency
200 MHz–2.2 GHz
Detection Accuracy
±1 cm
Cruise ModeFull Auto Cruise / Remote Control
Obstacle AvoidanceIntelligent Obstacle Avoidance
Mobile PlatformCrawler Robot
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Product Features

World's First Intelligent Automatic Cruise 3D Ground Penetrating Radar
Intelligent obstacle avoidance, autonomous cruising, and uninterrupted continuous operation
Supports dual-mode switching between autonomous and manual remote control.
Multi-modal automatic obstacle avoidance and all-terrain adaptive capability
Integrates autonomous navigation, automatic obstacle avoidance, and ground-penetrating radar technology.
3D Visualization and Perspective Inspection of Underground Spaces

Technical Specifications (Customizable)

Mobile PlatformCrawler Mobile Platform
Antenna Type200MHz and above shielded antennas
Time Window Range0-1000ns
Detection Range0-5m (depending on the medium)
Measurement ModeContinuous Measurement Auto Cruise
Cruise Speed0-25 km/h adjustable
Obstacle Clearance Height10 cm
Drive TypeWheeled / Crawler (Customizable)
Battery life≥8 hours
Display modeLine Chart, 2D Chart, 3D Chart
Operating Temperature-10℃ ~ +50℃

Application Scenarios

1

Municipal Pipeline Survey: 3D mapping, positioning, and record-keeping of all utility lines (water supply/drainage, gas, power, communications) with hazard identification.

2

Road Defect Detection: Rapid survey of subgrade voids, debonding, loose layers, cracks, and other hazards in urban roads, expressways, and national/provincial highways.

3

Transportation Infrastructure: Rail subgrade/bedding inspection, bridge pier and foundation defect detection, tunnel lining void and thickness assessment, airport runway base defect screening

4

Water Conservancy & Geological Survey: Dam Seepage & Piping Detection, Underground Karst Caves/Voided Mining Areas/Broken Zone Identification, Building Foundation & Civil Air Defense Structure Inspection

5

Environmental Protection & Emergency Response: Tracing pollutant discharge via hidden pipes, detecting pollution spread pathways, and conducting comprehensive scanning and risk assessment of subsidence hazard zones.

Typical Use Cases

Tunnel Lining Inspection

Autonomously cruise along tunnel walls to detect lining thickness and internal defects.

Regular Inspection of Utility Tunnel

Set a fixed route to automatically perform corridor structural health inspections

Working in Hazardous Environments

Replace humans in hazardous environments to ensure personnel safety

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