Description
UgCS Enterprise Perpetual
per user
one-time purchase
including first year support
LiDAR Toolset Overview:
LIDAR (Light Detection and Ranging) is gaining popularity with professional drone surveyors. However, to get accurate LIDAR scan results, a pilot needs to follow a few rules:
- Initialize IMU properly
- Maintain correct flight height and line spacing between scans to ensure coverage and point density
- Ensure the right drone turns and line scanning to minimize IMU error accumulation and excessive shaking of LIDAR above the area of interest
Making everything right is impossible in a manual flight mode and extremely hard with flight planning tools tailored for photogrammetry surveys. UgCS LIDAR toolset by SPH Engineering unlocks the full potential of LIDARs making remote sensing most effective with no human errors:
- IMU initialization patterns as drone commands:
- Eight figure
- U-figure
- Flight patterns for route planning:
- LIDAR Area
- LIDAR Corridor
- The preset drone turns:
- Bank turns
- Loop turns
- AGL (above ground level) and AMSL (above mean sea level) line spacing
SUPPORTED DRONES AND AUTOPILOTS:
- Matrice 600/600 Pro
- Matrice 300
- Matrice 200/210/210RTK
- Matrice 100
- Inspire 2
- Inspire 1/1 Pro/Raw
- Phantom 4 RTK (SDK RC only)
- Phantom 4/4 Pro (excluding Agro)
- Phantom 3
- Mavic Pro/2 series
- Spark
- A3/N3
- ANAFI
- Ardupilot
- Px4
- and other
Autel
- EVO II (mission export for Autel Explorer)
Mikrokopter
- Micropilot
UGCS SYSTEM REQUIREMENTS
Operating system:
Windows 7 with SP1 or later; Windows 8; Windows 10 / 64-bit
Mac OS X Maverick 10.9 or later / 64-bit
Linux: Ubuntu 18.04 LTS / 64-bit
CPU
Core 2 Duo or Athlon X2 at 2.4 GHz
Memory
Recommended RAM: 4GB or more
Graphics hardware
Graphics card with DirectX 9 support (shader model 2.0). Any card made since 2004 should work
Hard drive
2 GB of free space
Minimum supported screen resolution: 1024x768
Specifications
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Waypoints, Linear, Circle, Perimeter, Area Scan tools
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Automatic Photogrammetry, Vertical (Facade) scan, Corridor mapping, SAR tools
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Immersive 3D mission planning environment
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KML/CSV data import
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DEM import
- Lidar Toolset
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Elevation profile & Terrain following mode
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Geo-referenced image import
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Custom map overlays
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ADS-B Receiver
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Video Transmitting
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Compatible with UgCS Mapper to process images and create map overlays.
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Live video stream from UgCS for DJI to UgCS
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(currently compatible only with Win & Android)
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Multiple SDK connections
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ADS-B Transponder
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Compatible with UgCS Mapper to perform live video mapping.
Payment & Security
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