Resources
UAV Platforms and System
Matrice 300 RTK
Industrial-grade quadcopter featuring up to 55 minutes flight time and advanced obstacle avoidance.
Matrice 600 Pro
DJI Matrice 600 (M600) is a professional-grade hexacopter designed for heavy payload applications. When integrated with UGCS (Universal Ground Control Software), it enables advanced terrain-following capability, essential for Ground Penetrating Radar (GPR) surveys in variable topographies.
Edge Autonomy Penguin BE
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Fixed-wing UAV platform designed for long-endurance flight, supporting heavy payloads and advanced autonomy for mapping and environmental monitoring.
FW-VTOL AYK250
VTOL capable 2.5 meter wing span fixed wing platform optimized for payload flexibility and stable flight performance, suited for research and development applications at 15 kg and 26m/s cruise speed.
Custom-built UAVs (ArduPilot-base
A fleet of tailored quadcopters and fixed-wing UAVs leveraging the open-source ArduPilot autopilot for versatile mission profiles, customized payload, and data logging for research.
Imaging & Mapping Sensors
DJI Zenmuse L1
LiDAR + 20MP RGB camera with IMU on a 3-axis gimbal; 240,000 pts/sec for real-time 3D mapping and terrain modeling (triple-return).
DJI Zenmuse P1
45MP full-frame photogrammetry camera with interchangeable lenses, Smart Oblique Capture, and RTK integration.
Parrot Sequoia
Multispectral sensor with 4 narrowband + RGB channels and sunshine sensor for crop health monitoring and radiometric correction.
Ricoh Theta Z1
360° camera with dual 1" sensors, 23MP stills, and RAW support, 3D reconstruction, and documentation.
FLIR Duo Pro R
Radiometric thermal (640×512) + 4K RGB camera with GPS/IMU; ideal for inspection, SAR, and thermal mapping.
DJI Zenmuse X5
Micro ¾” optical camera with interchangeable lenses, high dynamic range, and professional-grade imaging quality.
Environmental Sensors
SKS1 Temp & Humidity Sensor
±0.2 °C / ±1.8% RH accuracy, 1 Hz sampling, fast response, and flexible integration via the Sparvio system; operating range: –40°C to +125°C.
Companion Computers
NVIDIA Jetson Orin
AI edge computer with up to 275 TOPS, ARM Cortex-A78AE CPU, and Ampere GPU; supports SLAM, sensor fusion, and deep learning onboard.
Raspberry Pi 4 & 5
Lightweight companion compute boards for telemetry, sensor control, MAVLink, and autonomous UAV programming.
Softwares for postprocessing
- Reality capture
- Cloudcompare
- DJI Terra
- QGIS
Kontakt
UAS Lab
Rikard Tyllström
rikard [dot] tyllstrom [at] tfhs [dot] lu [dot] se (rikard[dot]tyllstrom[at]tfhs[dot]lu[dot]se)
UAS@LU
Joel Sköld
joel [dot] skold [at] tfhs [dot] lu [dot] se (joel[dot]skold[at]tfhs[dot]lu[dot]se)
LTH Open Door
Utrustning vid UAS Lab
- Obemannade flygsystem (fastvinge, multirotor, hybrider) med olika framdrivningssystem (elektriskt, vätgas, turbin, kolvmotor)
- Olika typer av sensorer
- Programvara för svärmflygning
- Luftrum med tillstånd att flyga utom synhåll
- Test i olika skala
- Stor inomhusvolym för flygning innanför nät
- Simulatorcenter (för forskning och träning)
- Underhåll för kontinuerligt luftvärdighet
- Skumplastskärare
- CNC-fräs
- 3D-skrivare