Skip to main content Start main content

News

Signing Ceremony_08032026

PolyU and Tianlu Flying-auto (Hong Kong) Ltd. Launch Joint Laboratory to Drive Research Impact and Industrial Innovation in Low-Altitude Economy

The Hong Kong Polytechnic University (PolyU) and Tianlu Flying-auto (Hong Kong) Ltd. (Tianlu) officially entered into a strategic Research-Academic-Industry Collaboration Agreement. This partnership was marked by the Signing and Unveiling Ceremony of the "Joint Laboratory on Low-Altitude Economy Technology and Demonstration" on 8 March 2026.  The joint laboratory is designed to serve as a bridge between cutting-edge aeronautical research and the rapidly evolving global aviation market. By integrating PolyU’s academic rigor with Tianlu’s industrial expertise, the collaboration aims to position Hong Kong at the forefront of the "The 15th Five-Year Plan’s" strategic focus on new energy, advanced materials, aerospace, and the low-altitude economy. The collaboration represents a significant milestone for PolyU in strengthening its global research impact through the Research Centre for Low-Altitude Economy (RCLAE). During the ceremony, which included a detailed tour of the Aviation Engineering Laboratory, university leaders including Deputy President and Provost Professor Wing-tak Wong and Vice President (Research and Innovation) Professor Christopher Chao emphasized the importance of high-level witness from both Hong Kong and Nanjing authorities. The presence of Nanjing Vice Mayor Mr Xu Feng and Tianlu’s leadership underscored the regional significance of this alliance, which seeks to transform theoretical breakthroughs into patented technologies and industry-leading standards. A core objective of this partnership is the realization of research applications that address complex urban challenges. The Joint Laboratory will focus on the practical deployment of electric Vertical Take-off and Landing (eVTOL) aircrafts, specifically targeting high-rise firefighting systems and smart urban logistics. By participating in Hong Kong’s "Regulatory Sandbox," the research team will move beyond indoor test to conduct real-world flight trials across Hong Kong’s unique terrain, including outlying islands and high-density urban corridors. This "laboratory-to-sky" approach ensures that PolyU’s research in autonomous flight, swarm control, and high-energy density battery systems achieves direct societal and economic utility. Beyond technical development, the agreement establishes a robust framework for the commercialization of intellectual property and the cultivation of high-caliber talent. Over the next three years, the partnership will foster a new generation of engineers and researchers while launching a dedicated Innovation Fund to support student-led startups. By co-authoring international technical standards and securing airworthiness certifications, PolyU and Tianlu are not only advancing the boundaries of aerospace engineering but are also creating a scalable "Hong Kong Model" for low-altitude transport. This synergy ensures that PolyU’s scholarly output translates into tangible industrial leadership, driving the sustainable growth of the regional and international aviation sectors. More about Tianlu Flying-auto Ltd: Tianlu Flying-auto (Hong Kong) Ltd is a pioneer in the research, development, production, and operation of flying cars and intelligent eVTOL aircraft. The company is dedicated to redefining urban three-dimensional transportation through its Ground-air Integration Mobility solutions. Adopting a modular split‑type design and leveraging mature electric vehicle supply chains, Tianlu delivers cost‑effective, scalable aerial mobility. Its product roadmap targets two key markets: cultural tourism & entertainment and urban mobility, with a strong focus on demonstration operations and commercial deployment.

9 Mar, 2026

News

Website_Photo1

AAE Students Won the Most Popular Solution Award of the Inter-departmental Final Year Project 2024/25

We are delighted to announce that AAE students excelled at the Inter-departmental Final Year Project 2024/25. Their innovative work was recognized with the prestigious Most Popular Solution Award. The award-winning project, titled “Safe and Agile Flight of UAVs for Target Tracking” showcased the exceptional talents and dedication of our students. This project focuses on improving drones, also known as UAVs, to automatically follow fast-moving targets safely and efficiently. Under the supervision of Prof. Huang Hailong, the team has developed both hardware and software that will allow the drones to navigate complex environments, like avoiding obstacles while flying quickly. This could be especially useful for live-streaming sports events, where capturing fast action is crucial. The team members include: LAW Ching Yuen PU Yuxuan XIONG Huawei YIU Fai Hung ZENG Muxi   Congratulations to our talented students for their outstanding achievement! We are proud of their dedication and commitment to advancing the field of aviation engineering.

22 Jul, 2025

Research

RCLAE_photo

AAE Students Lead the Way: Highlights from the HKIE LTD Best Student Papers Awards 2024

We are thrilled to celebrate the achievements of AAE’s MPhil student, Mr Meng Qingyang, has been recognized in the HKIE Logistics and Transportation Division (LTD) Best Student Papers Awards 2024. The award aims to celebrate exceptional engineering students from accredited Logistics or Transportation Engineering Degree Programmes in Hong Kong, promoting innovative research and encouraging the pursuit of careers in engineering. Each recipient will receive a certificate and a cash prize of HK$3,000, while a distinction award offers HK$5,000. Mr Meng's pioneering project, supervised by Prof. Huang Hailong, is entitled “Last-Centimeter Drone Delivery Project”. It aims to revolutionize parcel delivery by enabling drones to autonomously deliver packages directly to customers' balconies. This innovative approach addresses key challenges in urban navigation and GNSS instability. By enhancing user convenience, the project allows customers to receive packages directly at their balconies, eliminating the need to visit parcel lockers. Additionally, it streamlines the delivery process, reducing time and costs associated with traditional methods. Utilizing advanced multi-sensor technology, the project demonstrates high reliability and precision in landing, ultimately setting a new standard for urban logistics. We are excited to see Mr Meng’s impactful work recognized and look forward to his continued contributions to the advancement of engineering solutions in low-altitude logistics.

23 Apr, 2025

News

CEPUvisitMay2025

Chief Executive’s Policy Unit (CEPU) Visit to RCLAE

On 19 April 2025,  the Chief Executive’s Policy Unit (CEPU) of the Government of the Hong Kong Special Administrative Region (HKSAR) visited the Research Centre for Low Altitude Economy. The purpose of the visit is to understand the RCLAE’s capability in low altitude economy and build up mutual understanding in Hong Kong ‘s position and policy in this emerging industrial sector. The Deputy Head, Mr Nicholas Kwan, and the Research Director, Dr Pamela Tin, represented CEPU while about 12 academic staff in AAE involved in the discussion and dialogue. During the meeting, after Mr Kwan introducing CEPU, Prof Wen-Hua Chen, the Director of RCLAE gave an introduction of the research centre followed by 4 presentations given by members of RCLAE covering a diverse range of research topics in RCLAE.

21 Apr, 2025

News

20250413_Geneva2025

PolyU's Drone Delivery-related Project Awarded at the 50th International Exhibition of Inventions Geneva

The research team led by Prof. Huang Hailong, Assistant Professor of the Department of Aeronautical and Aviation Engineering has been awarded a Silver Medal at the 50th International Exhibition of Inventions Geneva (Geneva Inventions Expo). This prestigious event saw the Hong Kong Polytechnic University (PolyU) achieve a total of 36 accolades, showcasing its strong commitment to innovation on the global stage. The project, "Last-centimeter Drone Delivery in Urban Environments," addresses the challenges of drone flight in urban areas where Global Navigation Satellite System (GNSS) services are often unreliable. This innovation combines advanced hardware and algorithms, enabling drones to autonomously deliver parcels directly to apartment balconies using Light Detection and Ranging (LiDAR) technology.   Key features of this project include: Advanced Perception Algorithm: This allows for precise localization of both the drone and the balcony, significantly enhancing landing accuracy. LiDAR-based Obstacle Detection: The algorithm operates without pre-training, making it versatile and adaptable to various urban scenarios. Robust Control Algorithm: This ensures stability and safety, enabling precise navigation even in challenging conditions like wind. This comprehensive solution integrates cutting-edge technologies for perception, obstacle detection, and control, facilitating seamless parcel delivery and safe drone operation in complex urban environments.

15 Apr, 2025

News

Demonstration_Group

Secretary for Transport and Logistics Visits RCLAE

A delegation led by the Hon. Mable Chan, JP, Secretary for Transport and Logistics, visited PolyU on 24 March 2025 to explore innovations in the low-altitude economy (LAE) and maritime logistics. The delegation was warmly welcomed by Dr. Lam Tai-fai, Council Chairman, and Prof. Jin-Guang Teng, President, along with other senior management and researchers.   During the visit, President Teng shared valuable insights into PolyU's latest research advancements, highlighting the University’s pivotal role in advancing the low-altitude economy. Faculty members from the Department of Aeronautical and Aviation Engineering and the Department of Logistics and Maritime Studies presented the University’s significant contributions to talent development, research, and technology transfer, all of which align with national and government strategies aimed at enhancing the low-altitude economy and maritime logistics.   One of the highlights of the visit was the tour of the Aviation Engineering Laboratory, where the delegation engaged with scholars and research teams. They witnessed two notable demonstrations: the first showcased innovative anti-disturbance technology designed to mitigate disruptions in UAV operations, ensuring reliability across various applications. The second demonstration illustrated a high-rise cleaning project using drones, effectively highlighting the potential of UAVs in performing cleaning tasks efficiently and safely in challenging environments.   These demonstrations emphasized RCLAE's commitment to pioneering research and practical applications in the low-altitude economy. The discussions during the visit also explored future collaboration opportunities, further strengthening the partnership between academia and government in addressing emerging challenges in the aviation sector.   This visit highlights PolyU's dedication to driving innovation and fostering collaboration in the development of the low-altitude economy in Hong Kong, reinforcing its position as a leader in this vital field.

25 Mar, 2025

Research

Photo 1

Government Officials from Transport and Logistics Bureau and Civil Aviation Department Visit RCLAE at PolyU

On 5 March 2025, officials from the Transport and Logistics Bureau and the Civil Aviation Department visited the Hong Kong Polytechnic University (PolyU) to engage with researchers from the Research Centre for Low-Altitude Economy (RCLAE). The visit aimed to gain insights into the innovative projects being developed at RCLAE that are poised to impact the low-altitude economy. During the visit, faculty members showcased their cutting-edge research, covering a range of topics from unmanned aerial vehicles to drone logistics and urban air mobility. Professors provided detailed explanations of their projects, emphasizing potential applications and benefits for the transportation sector. The discussions highlighted the importance of collaboration between academia and government, as officials expressed interest in exploring how the government could support these research initiatives. This visit marks a significant step towards aligning academic research with governmental policies, enhancing development of the low-altitude economy and exploring viable pathways for future initiatives in Hong Kong.  

10 Mar, 2025

Research

Photo 1

Visit by Huizhou Government Delegation

On 23 February 2025, representatives from the Huizhou government visited the Hong Kong Polytechnic University. The visit included an extensive tour of the campus and the Aviation Engineering Laboratory. During the discussions, potential collaborations in artificial intelligence and the low-altitude economy were explored, with the goal of establishing research initiatives in the Daya Bay area. This engagement fosters partnerships and discovers further development of RCLAE.  

23 Feb, 2025

Research

Photo 2

Hong Kong General Chamber of Commerce Facilitates Visit to RCLAE

On 18 February 2025, the Hong Kong General Chamber of Commerce had a visit to the Research Centre for Low Altitude Economy (RCLAE) at The Hong Kong Polytechnic University, bringing together key industrial partners. During this insightful visit, participants had the opportunity to observe demonstrations of the latest innovations developed by RCLAE. The event underscored the significance of collaboration between academia and industry in fostering advancements in the low altitude economy sector. We look forward to further partnerships that drive research and development in this vital area.  

18 Feb, 2025

Research

Image_20250124140945

Prof. Huang and Team Triumph in IEEE RAS Automation Cluster Video Competition

We are excited to announce that Prof. Huang Hailong and his team—Mr Cao Hao, Mr Shen Zhipeng, Mr Zhou Guanzhong, Mr Meng Qingyang, and Mr Lan Bowen—have won the prestigious Automation Cluster Video Competition, organized by the IEEE Robotics and Automation Society. Their project, "Autonomous Delivery in Smart Communities," earned them this recognition for its innovative approach to automation. The winning video can be viewed here. Congratulations to Prof. Huang and the entire team on this outstanding achievement!   Reposted from the Department of Aeronautical and Aviation Engineering (AAE) [Original post]

7 Feb, 2025

Research

Your browser is not the latest version. If you continue to browse our website, Some pages may not function properly.

You are recommended to upgrade to a newer version or switch to a different browser. A list of the web browsers that we support can be found here