2027 International Conference on Unmanned Aerial Vehicle and eVTOL (UAV-Evtol 2027)

★CONTACT US
Website: www.uav-evtol.org
Date: November 26-28, 2027
Venue: China
Full Paper Submission: June 2, 2027
Email: info@uav-evtol.org
Tel:+86-28-85586839 (International)
Monday-Friday, 9:00am-12:00pm and 1:30pm-6:00pm


★Welcome to UAV-eVTOL 2027
Scheduled to take place from November 26-28, 2027, the 2027 International Conference on Unmanned Aerial Vehicle and eVTOL (2027 UAV-eVTOL) serves as a premier global forum dedicated to driving innovation, integration, and sustainable advancement in unmanned aerial systems and electric vertical take-off and landing aircraft. The conference will convene a diverse community of researchers, aerospace engineers, regulatory specialists, and industry executives from across the globe to exchange visionary ideas, transformative technologies, and actionable strategies that will define the trajectory of low-altitude air mobility and the next generation of aviation.


★Publication Information
Registered and presented full papers will be included in the UAV-eVTOL 2027 digital conference proceedings and submitted to major citation databases (including, but not limited to Ei Compendex and Scopus) for review and indexing.


★Call for papers
Topics of Interest include but not limited to:
1. Aircraft Design, Aerodynamics & Structures
Multidisciplinary design optimization of multi-rotor, tiltrotor and lift-cruise eVTOL
Rotor-wing aerodynamic interference, low-noise configuration and aeroacoustics

2. UAV Swarm, UTM & Low-Altitude Airspace
Swarm formation control, collaborative path planning and multi-aircraft coordination
UTM low-altitude air traffic management and conflict resolution

3. Electric Propulsion, Energy & Thermal Management
High-power airborne motors, inverters and distributed electric propulsion systems
High-density batteries, fuel cell hybrid power and BMS for UAM

4. Avionics, Cybersecurity & On-Board Systems
Integrated lightweight avionics and distributed airborne computing
Real-time health monitoring, fault diagnosis and predictive maintenance

5. Autonomous Flight Control & Intelligent Perception
Robust, adaptive and reinforcement learning-based flight control
Fault-tolerant control and autonomous transition/takeoff/landing

6. Applications, Airworthiness & Low-Altitude Industry
Air taxi, cargo delivery, emergency rescue, inspection and agricultural UAV applications
Vertiport design, operation management and human-machine interaction