Beijing Precision Electromechanical Control Equipment Research Institute

Beijing Precision Electromechanical Control Equipment Research Institute is a scientific research and production integrated unit engaged in the design, development, and manufacturing of aerospace servo control, telemetry, intelligent electromechanical, and industrial automatic control products. Adhering to the aerospace servo spirit of "integrity, perseverance, precision, and harmony," the institute has made significant contributions to the rise and development of China's aerospace industry with high-quality and highly reliable product performance, and is the pioneer and founder of China's aerospace servo technology.
The institute currently has nearly 1,800 employees, including 1 academician of the Chinese Academy of Engineering, 3 national-level experts, 7 recipients of special government allowances, 6 group-level academic technology leaders, 1 group-level process technology leader, 8 senior technicians, 3 national technical experts, and 10 aerospace technical experts. It has a postdoctoral research workstation, the qualification to confer master's degrees and cultivate doctoral students in mechanical and electronic engineering, and a team of doctoral supervisors and doctoral training echelon in aircraft navigation, guidance, and control.
With the excellence of high quality and high reliability, the products developed by the institute have successfully participated in over 100 Long March series launch vehicle missions, represented by the "Shenzhou" spacecraft and "Chang'e" satellites. It has received over 190 awards, including the National Science and Technology Conference Award, National Science and Technology Progress Award, Scientific and Technological Achievement Award, Ministerial-level Science and Technology Progress Award, and Major Scientific and Technological Achievement Award, and holds numerous authorized patents and technologies.
Closely following the national development strategy, the institute actively conducts basic and applied research on motion control products, represented by aerospace model flight control actuation systems, and their advanced manufacturing technologies, aiming to build a high-tech industrial base for motion control that integrates production and research with strong technological innovation and sustainable development capabilities. Adhering to market orientation, relying on aerospace, supported by technology, and driven by innovation, the institute is committed to becoming a domestic first-class servo product supplier and an internationally renowned competitor in aerospace servo products.