DJI Zenmuse L2 | High-Precision Aerial LiDAR Payload

240,000 Points Per Second

The L2's LiDAR sensor captures up to 240,000 points per second, producing dense, detail-rich point clouds across a wide scan area. For topographic surveys, corridor mapping, and stockpile volumetrics, this gives you the resolution you need at production flight speeds.

5-Return Pulse for Canopy Penetration

With five returns per laser pulse, the Zenmuse L2 penetrates forest canopy to capture ground-level returns — essential for accurate DTM creation beneath tree cover. Foresters, floodplain modellers, and land surveyors working in wooded terrain rely on this capability routinely.

Integrated 20MP RGB Camera

A built-in 20MP colour camera is perfectly time-synced and calibrated to the LiDAR sensor, enabling true-colour point cloud colourisation. Eliminate the workflow complexity of merging separate sensor datasets — the L2 delivers colourised point clouds from a single payload.

High-Precision IMU & RTK Integration

The L2 features a built-in high-precision IMU and integrates directly with the Matrice 350 RTK or 300 RTK onboard RTK module. Together they deliver ±4 cm vertical and ±5 cm horizontal point cloud accuracy — suitable for ALTA/NSPS survey-grade deliverables in many US jurisdictions.

Repetitive & Non-Repetitive Scan Modes

Switch between non-repetitive scan mode for maximum point density and coverage in a single pass, or repetitive mode for consistent linear scan patterns ideal for corridor surveys along roads, rail lines, and utility easements.

Seamless DJI Terra Workflow

Raw LiDAR data captured with the L2 processes natively in DJI Terra — DJI's US-supported processing platform. Generate classified point clouds, DSMs, DTMs, and colourised outputs, then export in LAS/LAZ format for downstream use in ArcGIS, Global Mapper, Terrasolid, or any major GIS platform.

Licensed land surveyors across the US use the L2 to generate boundary, topographic, and ALTA surveys faster than traditional ground methods. RTK integration and high vertical accuracy support deliverable standards required by most US state surveying boards.

Five returns per pulse lets the L2 penetrate forest canopy to map bare-earth terrain beneath dense tree cover. Forestry teams use it for timber volume estimation, canopy height modelling, and habitat assessment across large tracts of US forestland.

Road, rail, pipeline, and utility corridor surveys benefit from the L2's wide field of view and repetitive scan mode. Capture cross-sections, detect vegetation encroachment, and model earthworks along linear features at production flight speeds.

Volume calculations for cut-fill, stockpile measurement, and site progress tracking are streamlined with the L2's accurate, dense point clouds. Construction managers and mining engineers get the site data they need in hours, not days.