UAV-Mounted Laser Methane Inspection System
Product Introduction
Combining UAV technology with laser methane detection to inspect methane leaks efficiently and safely in complex environments.
Inspection Efficiency
The UAV-mounted laser methane inspection system substantially improves inspection speed and accuracy while enhancing operational safety.
Core Technologies
Long Endurance, Automated Inspection
Powered by the TB65 dual-battery system with hot-swap support, the system delivers 55 minutes of flight time – enough to inspect more than 15 km of pipeline network per mission, boosting operational efficiency.
Addressing Inspection Pain Points
Eliminates the “short-range, stop-and-go” limitations by reducing take-offs, landings and manual intervention, achieving seamless pipeline network coverage and effectively lowering costs.
High-Precision Positioning
An integrated high-precision network RTK module with CORS support achieves 1 cm + 1 ppm horizontal and 1.5 cm + 1 ppm vertical positioning. Suspected leak points are reported with centimeter-level coordinates and plotted on high-precision maps, helping repair crews locate leak sources faster and dramatically cutting troubleshooting time.
Intelligent Obstacle Avoidance
Six-direction visual perception fused with infrared sensing and AI delivers all-round obstacle avoidance, responsive in-flight control and automatic return-to-home on signal loss. This ensures flight safety in complex environments, reduces collision risk and forms a safe foundation for automated unmanned inspection.
Smart Cloud Platform
Smart Cloud Platform Technology
A proprietary cloud operating system transmits 2K inspection video and methane data in real time, with built-in AI analytics and one-click leak report generation.
Smart Cloud Platform Value
Automates the data-to-report workflow for efficient processing and informed decision-making, turning data into professional insight.
Flexible Data Storage and Upload Modes
Data Storage Modes
Supports APN private-network dedicated lines for secure data communication, high-speed local storage (≤512 GB), dual-mode image transmission, and compatibility with JPEG, JPG, PNG and MP4.
Data Backhaul Options
In areas with poor signal or high security requirements, data is stored locally first; when the network is available, data is transmitted in real time, supporting remote monitoring and flexible management.
High-Precision Leak Localization
Combines the laser module’s integrated camera with airborne camera imagery to pinpoint leak locations precisely.
Fast Response and Detection
TDLAS technology with a second-harmonic detection algorithm achieves ppm-level detection accuracy with a response time of just 0.01 seconds.
Gimbal Public Address Function (Optional)
Gimbal Public Address Function (Optional)
An integrated high-performance gimbal loudspeaker delivers a broadcast range of 500 m and a sound pressure level of 127 dB, with directional noise-cancelling pickup and IP54 protection.
Aerial Emergency Command
Real-time remote alarm broadcasting for third-party construction and personnel intrusion, extending UAV application scenarios as a mobile safety-warning platform.
Application Scenarios
Oil and Gas Field Inspection
Routine inspection and leak detection for well pads, pipelines, storage tanks and compressor stations.
Urban Gas Network Inspection
Scheduled checks of municipal gas pipeline networks, regulating stations and valve pits.
Environmental Monitoring and Enforcement
Fugitive-emission monitoring at landfills and wastewater treatment plants.
Greenhouse Gas Research
Flux measurement and scientific research applications in research institutions.
Technical Specifications
UAV System Specifications
|
Technical Parameters |
Specification Details |
|
Weight (empty aircraft, excl. batteries) |
Approx. 3.77 kg |
|
Weight (empty aircraft, incl. dual batteries) |
Approx. 6.47 kg |
|
Max take-off weight |
9.2 kg |
|
Hovering accuracy (with RTK operating normally) |
Horizontal: ±0.1 m Vertical: ±0.1 m |
|
RTK positioning accuracy (FIX) |
Horizontal: 1 cm + 1 ppm Vertical: 1.5 cm + 1 ppm |
|
Max horizontal flight speed |
23 m/s |
|
Max flight altitude |
5,000 m (standard propellers) 7,000 m (high-altitude propellers) |
|
Wind resistance |
≥12 m/s |
|
Max flight time (no payload) |
55 minutes |
|
IP rating |
IP55 |
|
GNSS module |
GPS + GLONASS + BeiDou + Galileo |
|
Operating temperature |
-20 °C to 50 °C |
|
Obstacle avoidance system |
Six-direction vision system (front, rear, left, right, upward, downward) + infrared sensing system |
|
Remote Controller |
|
|
Display |
7.02-inch touchscreen, 1920×1200 resolution, 1,200 nits brightness |
|
Video transmission |
DJI O3 Enterprise |
|
Max effective signal range (no interference or obstruction) |
20 km (FCC) |
|
Battery life |
Approx. 6 hours (internal battery + external WB37 battery) |
|
IP rating |
IP54 |
|
Operating temperature |
-20 °C to 50 °C |
Laser Methane Telemetry Unit Specifications
|
Technical Parameters |
Specification Details |
|
Model |
G6000-W2 |
|
Target gas |
Methane (CH₄) |
|
Measurement principle |
Tunable Diode Laser Absorption Spectroscopy (TDLAS) |
|
Detection range |
0 – 100,000 ppm·m |
|
Detection accuracy |
ppm level |
|
Detection distance |
150 m |
|
Resolution |
1 ppm·m |
|
Response time |
0.01 s |
|
Operating temperature |
-10 °C to 40 °C |
|
Laser safety class |
IR detection laser: Class 1 Green aiming laser: Class 3R |
|
Dimensions (W×H×D) |
70 × 84 × 120 mm |
|
Net weight |
680 g |
Gimbal Camera Specifications
|
Technical Parameters |
Specification Details |
|
Effective pixels |
40 MP |
|
Sensor |
1/1.8-inch CMOS |
|
Optical zoom |
5× |
|
Video resolution |
3840×2160@30fps (4K) 1920×1080@30fps (FHD) |
|
Video format |
MP4 |
|
Photo format |
JPEG |
|
Data storage capacity |
≥512 GB |
|
Operating temperature |
-20 °C to 50 °C |
|
Storage temperature |
-20 °C to 60 °C |
|
IP rating |
IP54 |
|
Weight |
Approx. 920 g |
System Cloud Platform Specifications
|
Technical Parameters |
Specification Details |
|
Network support |
Cellular connectivity (4G/5G); APN dedicated private-network SIM |
|
Real-time transmission |
Real-time transmission of detection data and ≥2K inspection video; supports JPEG/JPG/PNG/MP4 |
|
Data logging and analysis |
Real-time logging of inspection routes, leak detection data and captured images; automatic generation of analysis reports |
|
Software platform |
Proprietary cloud platform operating system supporting mission planning, data management and analysis |
Gimbal Loudspeaker Specifications
|
Technical Parameters |
Specification Details |
|
Effective broadcast range |
500 m |
|
Max sound pressure level |
127 dB @ 1 m |
|
Operating temperature |
-20 °C to 50 °C |
|
Storage temperature |
-20 °C to 60 °C |
|
IP rating |
IP54 |
|
Weight |
690 ± 10 g |
|
Dimensions (L×W×H) |
134 × 119 × 140 mm |
Service and Support
System Integration Services
Professional technical support to connect the UAV inspection system with third-party platforms and break down data silos.
Payload Expansion Support
Future mission payloads such as multi-gas detectors and infrared thermal imaging cameras, including mounting, commissioning and application training.
Data Analysis Support
In-depth data analysis services, including historical data comparison and leak trend forecasting, to support strategic decision-making.
Comprehensive After-Sales Support
Hardware Warranty
Standard whole-unit warranty service. Non-human-caused hardware failures are repaired or replaced free of charge within the warranty period.
Rapid Response Mechanism
A technical support hotline with 7×24 consultation, remote diagnostics for urgent faults, and agreed on-site response times.
Scheduled Maintenance and Calibration
Regular equipment health checks and servicing, plus periodic precision calibration of the laser methane telemetry unit to ensure long-term accuracy.
