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UAV LiDAR
UAV LiDAR Flight Planning Software
for Precise Data Collection
Streamline LiDAR data collection with UgCS
Compatible with all major UAV platforms and airborne LiDAR systems
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How it works

The use of aerial LiDARs has exploded among drone pilots, leading to it being used across different industries such as construction, road planning, forestry, powerline inspections and many other. By using laser pulses multiple times a second while flying a drone such as the DJI M300 or M350 over an area, it is possible to construct a precise point cloud and generate digital terrain and digital surface models.

To get precise LiDAR data, it’s important to:

Calibrate
Calibrate the IMU (Inertial Measurement Unit) to reduce error accumulation during flight.
Correct
Maintain correct flight height and line spacing for full coverage and point density.
Minimize
Minimize drone shaking and turn errors to avoid data inaccuracies.

UgCS simplifies LiDAR missions with specialized tools

UgCS is a desktop-based flight planning tool, ideal for handling large LiDAR missions. Planning extensive routes is more efficient and manageable on a desktop platform.

UgCS Optimized Turns: Choose between Bank or Loop turns to make data collection smoother and reduce IMU errors.

Optimized Turns

Choose between Bank or Loop turns to make data collection smoother and reduce IMU errors.

UgCS Digital Surface Model import: Utilize not only DEM but also Digital Surface Models (DSM), allowing to know exact distance to the vegetation, reducing the risk of a drone crash.

Digital Surface Model import

Utilize not only DEM but also Digital Surface Models (DSM), allowing to know exact distance to the vegetation, reducing the risk of a drone crash.

Ready to try the UgCS LiDAR tools?

Get a 14-day trial to discover the full potential of the UgCS LiDAR toolset!

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Applications

UgCS LiDAR flight planning software is ideal for a wide range of industries and applications where precise LiDAR data is crucial

Powerlines vegetation management
Ensure accurate mapping and monitoring of long, narrow areas like powerlines, pipelines, and transportation routes.
Corridor Inspections
Road inspections, fiber optic cable planning.
Construction Sites
Capture precise elevation data for planning, monitoring, and progress tracking.
Forestry
Measure forest density, canopy height, and terrain for environmental studies and land management.

Ready to try the UgCS LiDAR tools?

Get a 14-day trial to discover the full potential of the UgCS LiDAR toolset!

Get Trial
Case Studies
UgCS used for LiDAR surveys in the jungles of the Philippines
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UgCS Used for Drone-Based LiDAR Survey at Martinique
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American-Made Drone Use For Powerline Inspections And Topographical Surveys With UgCS Flight Planning Software
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Frequently Asked Questions
Which drones does UgCS support?
UgCS supports a wide range of drones, including both DJI and non-DJI platforms.
Check the full list of the UgCS supported drones »»»
Which LiDAR models does UgCS support?
UgCS is compatible with all major airborne LiDAR models, including DJI L1 and L2, Velodyne, RIEGL, and others. It is designed to be adaptable, ensuring that you can plan missions with any UAV-mounted LiDAR system.
How does UgCS improve LiDAR data accuracy?
UgCS provides specialized tools for IMU calibration and flight pattern planning, ensuring that you gather data with the correct height, line spacing, and turn precision. These features minimize human error and improve the overall quality of your LiDAR scans.
Can I use UgCS for missions in challenging terrains?
Yes, UgCS allows for flexible flight planning even in difficult terrains. The software’s ability to manage terrain elevation ensures consistent flight heights, improving data quality in mountainous or uneven landscapes. Additionally, UgCS has the ability to UgCS has the ability to import your own DEM (Digital Elevation Model) »»» allowing you to plan flights with even more precision in areas where standard elevation data may not be sufficient.
How do I set up IMU calibration with UgCS?
UgCS automates IMU calibration with predefined patterns such as the Eight-figure or U-figure. You can explore the drone-LiDAR workflow with UgCS in the article Application | Drone LiDAR survey planning with UgCS »»»