Shenzhen News Network (see Shenzhen Client Shenzhen News Network reporter Cao Wenli) On November 16, Southern University of Science and Technology (Robotics Research Institute) and Japan's Aeronext Corporation signed a contract to build a flying robot technology Shenzhen joint laboratory. The two parties will jointly promote industry-university-research cooperation in the next five years, cultivate pillar talents in the future UAV industry, and promote the practical application of a new generation of UAVs.
Today’s society is facing problems such as population decline and aging, and with it comes issues such as insufficient labor, rising labor costs, and high risk of manual operations, especially in the fields of logistics, agriculture, security, equipment inspection, and disaster prevention. The application of industrial drones is highly anticipated. Under such a realistic background, the industrial-grade UAV equipped with the center of gravity control technology "4D GRAVITY®" can achieve multi-load carrying with its outstanding stability, and can achieve stable flight even if the load position is on the side or above the fuselage. In addition, through its stability, the energy efficiency of the drone can be improved, and long-term and long-distance flight can be realized, so that the drone has the ability to perform multiple operations in one flight, not just "taking photos and images". Single job. If the current industrial-grade drones are in the "flying camera" stage, then the new generation of industrial-grade drones will create the field of "flying robots", and the industry equipped with the center of gravity control technology "4D GRAVITY®" The class drone is the result of making the new concept of "flying robot" a reality.
SUSTech Secretary-General Chen Siqi said that Shenzhen is a high ground for the development of the global drone industry: nearly 400 drone companies have gathered, among which consumer drones account for 70% of the global market share and have achieved world-renowned application-based innovations. Results. However, the basic research of UAVs and the research and development of common key technologies are still relatively weak. This time, we will carry out industry-university-research cooperation with Japan's AeroNext in scientific fields such as drone intelligent equipment and flight control algorithms. In the future, we will give full play to our respective advantages, strengthen cooperation in scientific research, technological innovation and achievement transformation, and strive to achieve major original key technological breakthroughs , To promote product innovation and technological progress in the UAV industry. The joint laboratory mainly relies on the Robotics Research Institute of Southern University of Science and Technology of SUSTech. The goal is to build the joint laboratory into an advanced manufacturing innovation platform integrating scientific research platform construction, industrial technology research and development, talent training, application demonstration and achievement transformation.
Japan AERONEXT company is the first prize of the Japan Division of the Innovation Nanshan 2018 "Entrepreneurship Star" Competition and the third prize of the finals. This time the new generation of UAV R&D base is located in Shenzhen, and the laboratory is jointly built with SUSTech. AERONEXT CEO Tian Lu Keifu said that he hopes to work with the outstanding professors and students of the institute to make full use of its huge Abundant campuses, related facilities and university network, mining potential use cases of China's advanced drone industry, and through a large number of empirical experiments, from which to obtain the basic technology for the development of a new generation of drones, to meet the data required to meet safety standards, and to develop " Specific application scenarios of "Flying Robot". AERONEXT will also recruit outstanding engineers in cooperation to cultivate pillar talents in the future UAV industry. Source: Shenzhen News Network
