#1 Drone Flight Planning Tool for Professionals 🚀

Compared to normal AGL terrain following, Smart AGL allows the drone to keep a constant distance not only to what is below it but also to what is in front of it, increasing flight safety.

LiDAR toolset in UgCS allows using any LiDAR sensors, including DJI (L1, L2), YellowScan, Riegl, and others. 

Flights can be planned using the FOV angle of the LiDAR. IMU calibration actions (back-and-forth, 8-figure) are inserted inside the automated route, ensuring correct functioning of the IMU and accurate data.

Proper calibration is critical for accurate point clouds. Automated patterns keep your LiDAR data consistent across long corridor scans and multi-battery missions. Pilots save 30+ minutes per flight and eliminate calibration errors that ruin datasets.

Trajectory Smoothing feature allows adjusting the drone glide slope and minimum gaps to skip when flying over terrain with risky dives and steep ascents. Intended for pilots flying magnetometer surveys and LiDAR scans. 

Sharp altitude changes stress equipment, drain batteries, and create motion blur in LiDAR and magnetometer data.

UgCS smooths aggressive angles automatically. Your drone stays stable, batteries last longer, and sensors collect clean data.

Import and visualize high-resolution Digital Surface Models in the Elevation Profile window and on your map. DSMs show buildings, trees, power lines, and obstacles that standard elevation data misses.

Plan flights around real-world structures before you fly. Pilots working corridor mapping, urban inspections, or mining operations get accurate obstacle data and avoid crashes or mission failures.

Import flight paths directly from KML or CSV files. Coordinates from clients, GIS teams, or field coordinators convert into ready-to-fly missions in seconds.

Utility companies, telecoms, and surveying firms use this daily to manage hundreds of kilometers of infrastructure. UgCS builds missions automatically with correct spacing, altitude, and overlap settings. Saves hours of planning.

Export routes to KML for preview in Google Earth Pro. Review your mission in 3D, share with clients or team members, and verify coverage before heading to the field.

Spot potential issues, confirm flight paths with stakeholders, and make adjustments from the office. No surprises on site.

Capture detailed 3D models using circular flight patterns. Circlegrammetry increases model accuracy and reduces flight time compared to traditional double grid patterns.

Pilots inspecting towers, monuments, silos, or complex structures get complete 360° coverage faster. More angles per flight minute means better models with fewer batteries and less field time.

Plan flights with default terrain following using built-in elevation data, or import your own high-resolution DEMs. Your drone maintains a consistent altitude above ground automatically.

Mapping missions require a constant ground sampling distance. Terrain following prevents data gaps and ensures uniform pixel size. Pilots working forestry, agriculture, or large construction sites get usable data on the first flight.

Import your own custom DEM/DSM files and map overlays. Use up-to-date terrain data, site plans, or specialized maps that match your project needs.

Standard maps don't show recent construction, mining activity, or private property details. Custom overlays give you accurate context for mission planning on active job sites or changing landscapes.

Create long corridor missions for power lines, roads, pipelines, and rail inspections. Define width, spacing, and altitude. UgCS generates the route automatically.

Plan 200+ km missions from your desktop, include battery changes, and maintain consistent altitude over rolling terrain. Perfect for utility companies and transport authorities running regular inspection programs.

Automate building and façade inspections. Import 3D models for precise vertical scans of walls, dams, bridges, and structures.

UgCS plans perpendicular camera angles, maintains constant distance from surfaces, and ensures complete coverage with proper overlap. Pilots inspecting dams, high-rises, or industrial structures get repeatable missions that produce millimeter-resolution 3D models for crack detection and structural analysis.

Cache maps and elevation data for offline use. Plan and execute flights in remote regions with limited or no internet connection.

Mining sites, forestry operations, and disaster response missions often happen where cellular coverage doesn't exist. UgCS works completely offline once maps are cached. Plan flights in the field and fly with full functionality anywhere in the world.

Stream live geotagged video from your drones from anywhere. View real-time footage with location data embedded.

Command centers, remote teams, and clients watch missions as they happen. Pilots flying search and rescue, disaster assessment, or security operations provide instant situational awareness. GPS coordinates are embedded, making it easy to locate findings and direct ground teams.

Supported drones: DJI M300, Mavic 2 Enterprise series, M210, M200, Phantom 4 series.

This feature is not currently available for newer drones such as M350, M3E, M4, M30, M400.

UgCS Enterprise allows connecting up to 10 drones simultaneously. Coordinate flight plans in a team of drone pilots and run parallel missions with centralized oversight.

Large-area surveys, search and rescue operations and time-sensitive inspections benefit from multi-drone workflows. Instead of flying one drone four times, fly four drones once. Pilots managing big projects cut field time dramatically.

Set up a centralized UgCS server (locally or in the cloud) and share routes and flight data across your team. Everyone works from the same mission library with version control.

Drone operations with multiple pilots need coordination. Shared missions mean consistent flight plans, no duplicate work, and easy handoffs. Flight telemetry data syncs automatically for review and quality control.

Build custom solutions for your specific workflows. The UgCS SDK gives developers full access to extend functionality and integrate with existing systems.

Specialized operations often need unique features. Integrate proprietary sensors, connect to enterprise software, or automate complex workflows. Companies with internal development teams can build exactly what they need.