DJI Drone-Based U10 Remote Laser Methane Detector for Aerial Pipeline Inspection

U10 Drone-Based Remote Laser Methane Detection System

The U10 is a drone-mounted laser methane detection solution designed to improve gas leak inspection across extensive pipeline networks and industrial infrastructure. Integrated with compatible DJI enterprise drones, it enables operators to survey difficult-to-access locations while reducing the need for personnel to enter potentially hazardous areas.

Powered by Tunable Diode Laser Absorption Spectroscopy (TDLAS), the U10 identifies methane through its characteristic laser absorption response. Its remote sensing capability supports efficient leak screening without requiring direct contact with suspected leak sources.

Seamless Integration with DJI Enterprise Drones

Designed for DJI SkyPort integration, the U10 can be deployed on compatible DJI Matrice platforms for aerial methane inspections. Its lightweight design and stabilized gimbal help maintain consistent sensor positioning during flight, supporting reliable measurements despite normal drone movement and vibration.

This integrated approach allows inspection teams to combine aerial mobility with remote methane sensing, making it easier to survey extensive infrastructure and locations with limited ground access.

Efficient Inspection Across Challenging Terrain

The U10 supports aerial surveys in environments where conventional ground-based inspection can be difficult, time-consuming, or impractical. Operators can inspect pipeline routes across mountains, rivers, remote corridors, and other challenging terrain while maintaining distance from suspected gas leak locations.

Its remote detection approach is suitable for screening both above-ground pipeline infrastructure and accessible inspection targets associated with underground pipeline routes.

Advanced Laser Sensing for Methane Identification

The U10 uses laser absorption technology to distinguish methane from background conditions, supporting targeted gas leak inspections in complex industrial environments. Its rapid sensing capability helps inspection teams identify potential leak indications and prioritize locations for further investigation.

By combining laser-based sensing with aerial deployment, the system provides a practical approach to methane monitoring across large or difficult-to-access sites.

Versatile Applications

Natural Gas Pipeline Inspection

Survey transmission and gathering pipelines, pipeline corridors, and associated gas infrastructure to identify potential methane leak locations.

LNG and Gas Storage Facilities

Inspect gas processing facilities, storage installations, and related industrial assets from suitable aerial viewpoints.

Landfill and Biogas Monitoring

Support methane emission screening at landfill sites, biogas facilities, and other locations associated with methane generation.

Urban Utility and Industrial Infrastructure

Conduct aerial surveys around utility networks and industrial facilities where ground access may be restricted or inspection coverage is challenging.

Emergency and Hazardous-Area Assessment

Support remote gas leak screening during initial site assessments, helping inspection teams evaluate suspected leak areas before closer investigation.

A Smarter Approach to Aerial Gas Inspection

The U10 combines remote laser sensing, drone mobility, and stabilized payload integration in one aerial inspection solution. It helps operators expand inspection coverage, improve access to challenging locations, and support more efficient methane leak assessment across natural gas infrastructure and industrial environments.

Technical Parameter:

Deone based U10 remote laser detector payload ready to take off.

Detecting the Pipeline cross river or overhead