Optimize LiDAR data collection with specialized tools for area and corridor missions, automatic IMU calibration, loop turns, and more. Compatible with all drone LiDAR sensors.

Utilize industry-leading terrain following algorithms to improve the precision and safety of your flights. Adjust the resolution and slope of the terrain following, and even fly up near-vertical surfaces using Smart AGL.

UgCS provides flexibility and customizability to flight planning. Quickly plan large-scale projects in full 3D environment and make the flight plan fit your needs.

Easily import and view your own orthophoto map overlays or KML lines/boundaries in UgCS to plan your project more efficiently and in detail.

UgCS makes planning all small to large projects simple and quick. View multiple routes side-by-side, and connect multiple drones simultaneously. Use it in the field or distribute flights to pilots from the office.

Automatically record flight telemetry and export from UgCS to fleet management software.

Automate planning of long corridor missions using KML/CSV files. All with precise data capture, terrain following, and easy battery change.

Streamline LiDAR data collection with automatic IMU calibration. UgCS ensures accurate results by automating complex calibrations.

UgCS installs locally on your computer and can be used fully offline, allowing you to plan missions even in the most remote corners of the Earth.

Import your own Digital Elevation Models (DEM) or Digital Surface Models (DSM) for precise terrain following and obstacle-aware flight planning.

Automate vertical inspections for consistent data and repeatable missions. Perfect for structures like water dams, high-rise buildings, chimneys and even telecommunication towers.

Capture oblique imagery for 3D models with any drone using the new Circlegrammetry tool within UgCS. Compared to standard photogrammetry, our new method reduces distortion and improves accuracy for vertical structures.

Utilize new Trajectory smoothing feature in UgCS to fly over steep gaps and adjust glide slope to protect sensitive payloads like LiDAR and magnetometers while improving data accuracy.