Equipment and Hardware
The AirMetro Research Training Group at TU Dresden maintains a range of technical equipment to support research in Advanced Air Mobility. In the spirit of collaboration, selected equipment may be made available for internal TU Dresden projects upon request and subject to individual review.
Our resources include:
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Multicopter platforms in various configurations for experimental and development purposes
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Onboard computing units (NVIDIA Jetson, Raspberry Pi, Pixhawk) for autonomy and sensor integration
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Sensor packages including cameras, LiDAR, GNSS, and IMUs for navigation and environmental perception
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X-Plane 12 flight simulator, including custom extensions for modeling, testing, and training
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U-Space Management Hardware, including FLARM, RID Tracker and ground stations for data acquisition and tracking of surrounding traffic
| Multicopter platforms |
| DJI M3 E, equipped with RGB Camera |
| DJI M3 T, equipped with Thermal Camera |
| DJI Avata 2 with RC3 and Goggles N3 |
| Hexacopter PM X6 including RC and |
| Holybro X650 with different configurations |
| Onboard computing units |
| multiple Rasp PI 4 8GB |
| multiple Jetson Orin NX 16GB |
| multiple ASUS NUC |
| Pixhawk 6C |
| Pixhawk 4 |
| Sensors |
| LiDAR XT32M2X |
| multiple Camera Intel RealSense Depth Camera D455 |
| DJI Osmo Action 5 Pro |
| multiple Triton2 12.3 MP Model (IMX304) |
| Triton2 EVS 0.9 MP Model (IMX636) |
| Search light for DJI M3 E and M3 T |
| U-Space Management |
| Aerobits trkME+ |
| Aerobits TR-1F |
| Aerobits IDME Pro |
| Firehouse Position Lights |
If you are part of TU Dresden and interested in potential access or collaboration, please get in touch to discuss options.
© Martin_Lindner
AirMetro Postdoc
NameDr.-Ing. Martin Lindner
UTM and AAM Airport Integration
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