The competition mainly assesses participants’ knowledge of UAV flight principles, structural composition, airspace regulations, UAV system configuration, aviation meteorology, UAV takeoff and landing, and remote controller operation. It also evaluates their abilities in structural recognition, standardized assembly procedures, flight controller parameter debugging and system joint commissioning of multi-rotor UAV systems.Participants are required to fully assemble the entire UAV system in a real operating environment in compliance with aviation-grade assembly standards. They need to optimize flight attitudes via debugging tools to achieve airworthiness. Tasks include precision assembly of UAVs, flight controller parameter configuration, system joint commissioning, function verification, post-assembly flight tests, as well as UAV transportation and connection.
|
NO. |
Competition Module |
Duration |
Weighting |
|
1 |
Theoretical Assessment |
60 mins |
20% |
|
2 |
UAV Assembly & Commissioning |
30 mins |
40% |
|
3 |
UAV Transportation & Connection |
10 mins |
40% |
|
No. |
Competition Group |
Format |
|
1 |
Secondary Vocational Student Group |
2-player Team |
|
2 |
Higher Vocational Student Group |
2-player Team |
|
3 |
Teacher Group |
1-player Team |
|
4 |
International Student Group |
1-player Team |
