2026 International Conference on Aerospace, Machinery and Unmanned Aerial Vehicle Technology (MAVT 2026)

Aerospace Aircraft design optimization, aerospace material innovation, propulsion system improvement, aerodynamics research, spacecraft orbit control, satellite communication technology, space exploration missions, manned spaceflight safety, hypersonic aircraft, space station operation and maintenance, avionics equipment, spacecraft launch technology, aviation fuel efficiency, aerospace structure analysis, flight simulation training Mechanical Mechanical design innovation, intelligent manufacturing technology, robot automation, precision processing techniques, mechanical system integration, application of Industry 4.0, mechanical fault diagnosis, green manufacturing technology, application of intelligent sensors, optimization of mechanical structure, advanced manufacturing materials, mechanical dynamics analysis, additive manufacturing (3D printing), mechanical reliability engineering, mechanical control system Unmanned Aerial Vehicle Technology Unmanned Aerial Vehicle Design and Manufacturing, Unmanned Aerial Vehicle Navigation System, Unmanned Aerial Vehicle Cluster Control, Unmanned Aerial Vehicle Payload Application, Unmanned Aerial Vehicle Autonomous Flight, Unmanned Aerial Vehicle Obstacle Avoidance Technology, Unmanned Aerial Vehicle Data Processing, Unmanned Aerial Vehicle Logistics Distribution, Unmanned Aerial Vehicle Agricultural Application, Unmanned Aerial Vehicle Remote Sensing Monitoring, Unmanned Aerial Vehicle Emergency Rescue, Unmanned Aerial Vehicle Laws and Regulations, Unmanned Aerial Vehicle Privacy Protection, Unmanned Aerial Vehicle Energy Management, Unmanned Aerial Vehicle Countermeasures Technology (Research areas include but are not