Capture Accurate Point Clouds and High-Resolution RGB Data Faster
DJI’s all-in-one LiDAR + RGB payload combines a high-precision LiDAR scanner, advanced IMU, and 20MP camera on a stabilized 3-axis gimbal—delivering faster mapping, sharper accuracy, and richer data for enterprise missions.
Zenmuse L2 combines a high-resolution LiDAR sensor with a 20 MP 4/3 CMOS RGB camera, enabling colorized point clouds and photogrammetry-ready imagery in a single mission.
Benefit: Streamline data acquisition without needing separate systems.
With detection ranges up to 450 m at 50 % reflectivity, L2 ensures detailed and accurate 3D capture even at altitude. The system supports up to five returns, improving ground penetration through vegetation and complex terrain.
Benefit: Efficient coverage of large areas with high-confidence terrain detail.
Zenmuse L2 supports a maximum of 240,000 points per second in single-return mode and up to 1,200,000 points per second in multi-return mode — producing rich, dense 3D datasets.
Benefit: Faster missions and more complete datasets per flight.
Built-in high-accuracy IMU fused with onboard RTK yields survey-grade accuracy (~5 cm horizontal and ~4 cm vertical at 150 m with RTK FIX).
Benefit: Precision results for engineering, cadastral, and surveying needs.
Operators can preview in real time with multiple point cloud coloring options — reflectivity, height, distance, and RGB — directly through DJI Pilot 2.
Benefit: Immediate insight into mapping quality and mission progress.
Zenmuse L2 carries an IP54 rating and operates across a wide ambient range, making it suitable for challenging environments.
Benefit: Consistent performance in varied field conditions.
DJI Zenmuse L2 | Use Cases
Precision Mapping & Surveying
Deliver accurate 3D terrain models, DEMs, and cadastral datasets for land development, urban planning, and topographic surveys.
Infrastructure Inspection
Identify vegetation encroachment, corridor clearance, and asset condition along power lines, pipelines, and transportation routes.
Forestry & Environmental Analysis
Measure tree height, canopy density, biomass estimation, and ecological monitoring with high-detail LiDAR returns.
Construction & Earthworks Monitoring
Track cut/fill volumes, site progression, and surface changes over time with reliable point cloud data.