Visit to FengYi (Phoenix Wings) - Explores Future of UAV Logistics
Visit to FengYi (Phoenix Wings)
Academic-Industry Collaboration Explores Future of logistics
The Trustworthy Autonomous Systems Laboratory (TASLAB) at The Hong Kong Polytechnic University (PolyU) today paid a visit to the Shenzhen Phoenix Wings UAV Bao’an Operations Center.
Corporate Introduction
Phoenix Wings Technology (Shenzhen) Co., Ltd., a subsidiary of SF Group, is committed to full-stack independent research and development. The company continuously enhances its service capabilities and product systems around drone logistics products, drone technology products, and drone hardware products. Its independently developed drones boast transport capacities ranging from 0.5kg to 50kg and distances from 10km to 110km, covering various models such as multi-rotor and vertical take-off and landing fixed-wing aircraft.
As the first company in China to obtain a civil unmanned aircraft operator certificate, Fengyu Technology has maintained a leading position in the logistics drone sector. It focuses on extended applications in express delivery, medical services, emergency response, and inspections. Phoenix Wings Technology has achieved full-terrain coverage, spanning urban areas, plains, plateaus, mountains, snowy regions, and islands. Starting from Asia, the company has expanded its services to Europe, Africa, and South America, cooperating with local partners in 18 countries.
Visit Highlights
The visit included a comprehensive introduction to the history of Phoenix Wings Technology (Shenzhen), an overview of its drone R&D and operations, as well as a detailed explanation of some actual drone models. Additionally, the team had the opportunity to observe the command center for drone logistics operations.
Demonstration
Before concluding the visit, the team witnessed a live demonstration of a drone logistics operation, showcasing the transportation process from the operations center to Bao’an Shiyan.
Discussions on UAV Logistics
The team engaged in in-depth discussions regarding the design and operational aspects of drones, exploring potential areas for future academic-industry collaboration.
