Introduction video of HKCLR
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News And Events
News
中國電子學會一行到訪HKCLR，推動科技與農業需求場景深度融合
25/04/2025
近日，中國電子學會理事長徐曉蘭攜代表團蒞臨香港物流機械人研究中心（HKCLR）。雙方主要圍繞物流機械人技術在農業智能化領域的應用展開探討。
News
HKCLR多項智慧物流方案亮相香港國際創科展2025
24/04/2025
香港物流機械人研究中心（HKCLR）應邀參與此次創科盛事，並展示了天狼星系列四足機器人、超低型重載智能運輸平臺、智能割草機器人以及微孔觸覺傳感器陣列ViaTac。
News
A Robotics journey inspired by brain research | Interview with Dr. Lee from UCB
11/04/2025
Dr. Lee Jungpyo, a UC Berkeley (UCB) postdoc, blends mechanical engineering and brain research to pioneer projects like smart suction cups in collaboration with Hong Kong Centre for Logistics Robotics (HKCLR). In this interview, he shared insights on global research cultures, the evolving robotics landscape, and advice for aspiring engineers.
News
科技賦能，共話合作新機遇 | 歡迎多方代表團到訪HKCLR
26/03/2025
機器人及人工智能技術不斷發展，正以前所未有的深度和廣度賦能千行百業，並持續推動跨領域的合作與創新。近日，多個機構相繼拜訪香港物流機械人研究中心（HKCLR），共同探討機器人及人工智能技術的未來發展方向及應用前景。
Events
Invitation to the HKCLR Seminar Series on Robotics and AI – Talk 44
18/03/2025
On behalf of the Hong Kong Centre for Logistics Robotics, we cordially invite you to join the upcoming HKCLR Seminar Series on Robotics and AI on 20 March 2025, 4:00 pm.
Events
Invitation to the HKCLR Seminar Series on Robotics and AI – Talk 43
05/03/2025
On behalf of the Hong Kong Centre for Logistics Robotics, we cordially invite you to join the upcoming HKCLR Seminar Series on Robotics and AI on 17 March 2025, 10:00 a.m.
Research Focus
Research Focus
Robust Sensing and Perception
Robust, efficient and learning-based 3D visual sensing and perception solutions for logistics scenarios.
Research Focus
Human-Robot Collaboration
Combining human and robotic intelligence in manipulation and mobility in complicated logistics scenarios.
Research Focus
Smart Manipulation Robots
Realizing robotic grasping and manipulation in a smart, stable, adaptive and platform-agnostic way to rise to the challenges in actual, daily robotic applications.
Research Focus
Unmanned Logistic Vehicles
Spare the scarce manpower of human drivers, enabling self-driving of heavy payload vehicles with desirable accuracy, thanks to real-time algorithms for SLAM, navigation, and precise motion control.
Contact Us
For any inquiries, questions or commendations, please contact us at:
- T: +852 3692 6546
- E: info@hkclr.hk