High precision
Vertical Accuracy: 4 cm,
Horizontal Accuracy: 5 cm
Exceptional efficiency
2.5 km2 covered in a single flight
Superior penetration
Smaller laser spots, denser point clouds
Detection range
250m @10% reflectivity, 100klx,
450m @50% reflectivity, 0klx
5 returns
Capture more in densely vegetated areas
Point Cloud LiveView
Monitor LiDAR data as its captured
With built-in GNSS and a high-accuracy IMU, this setup nails 4cm vertical and 5cm horizontal accuracy.
Just power it on, and it's good to go. The L2 can capture both geospatial and RGB data from up to 2.5km² in a single flight.
When paired with DJI's Matrice 350 RTK and DJI Terra, the L2 makes mapping easy with a simple, ready-to-go setup that takes the hassle out of operation.
The L2 can pick up details from 250 metres in bright conditions with low reflectivity and up to 450 metres in darker settings with higher reflectivity. Plus, with an extended operating height of up to 120 metres, it boosts both safety and efficiency.
With a smaller spot size of 4×12 cm at 100 metres, the L2 captures finer details and smaller objects. It's five times more precise than the L1. It also penetrates denser vegetation for more accurate digital elevation models (DEM).
In densely vegetated areas, the L2 grabs more ground points under the foliage.
Whether you're using single or multiple return modes, the L2 pumps out up to 240,000 points per second. That means you can collect more point cloud data in less time.
The L2 supports two scanning modes to match different tasks. Repetitive scanning provides consistent and accurate point clouds for high-precision mapping. Non-repetitive scanning goes deeper to capture more structural details. It's ideal for power line inspections, forestry surveys, and similar jobs.
The frame-based design delivers up to 100% effective point cloud data. With a three-axis gimbal, it opens up more options for different surveying jobs.
The upgraded IMU system kicks in as soon as you power up. And once the RTK locks into FIX status, the drone is good to go, making fieldwork faster and easier.
The L2 now packs bigger punch with 3.3 μm pixels and 20 MP resolution, giving sharper images and richer true-colour point clouds. The photo interval is down to just 0.7 seconds, and the camera’s shutter lasts up to 200,000 shots, cutting down on costs. When you don’t need point clouds, the RGB camera can still snap photos, record videos, or capture images for mapping.
Zenmuse L2's intelligent recognition algorithm supports identification, tracking, and junction analysis for transmission and distribution lines, enabling semi-automatic flight and data collection.
It supports Waypoint, Area, and Linear Route modes, making it easy to tackle surveying jobs in all kinds of environments.
While working, DJI Pilot 2 gives you three easy-to-use display options—RGB, point cloud, and a side-by-side view of both. The RNG (Laser Rangefinder) feature shows the distance between the LiDAR and the target in the centre of the view, making flights safer. You also get four real-time point cloud colouring modes: Reflectivity, Height, Distance, and RGB.
Once the job's done, you can check out the 3D point cloud model right in the album. You can even merge models from multiple flights, making it easier to review and make decisions on the spot.
After collecting point cloud data, the DJI Pilot 2 app automatically creates a Task Quality Report. This lets you check your results on the spot, making fieldwork quicker and stress-free.
In tricky environments, you can set up RTK base stations beforehand to avoid losing RTK data from interference or signal dropouts. After the job, just upload the files to DJI Terra for PPK processing and build high-precision models.
Processing point cloud data in DJI Terra is quick and easy. With just one click, you can generate a standard 3D model after trajectory calculation and accuracy tweaks. Once ground points are classified, you can create a DEM. Plus, the Accuracy Control and Check feature helps you analyse point cloud quality.4o
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