MinoSpace Advanced Equipment Manufacturing Laboratory is located in Yangfang Town, Changping District, Beijing. Covering a total area of nearly 5,000 square meters, the laboratory integrates testing, experimentation, and satellite assembly functions, serving as MinoSpace’s primary base for commercial satellite testing and development in the Beijing region.
The laboratory features comprehensive and advanced satellite development capabilities, equipped with the industry’s most advanced satellite testing equipment and facilities, including an anechoic chamber, thermal cycling chambers, thermal vacuum chambers, vibration tables, and more. It is capable of conducting EMC tests, mechanical tests, thermal tests, magnetic tests, solar array deployment tests, and satellite-launch vehicle separation tests, providing strong support for the high-quality and high-reliability development of MinoSpace’s commercial satellite products.
The 20T vibration table is primarily designed to simulate and evaluate the mechanical environmental conditions that satellites experience during rocket launch and ascent phases, including vibration, shock, and acoustic effects. This system is capable of conducting comprehensive mechanical tests for satellites weighing up to 1000 kg, ensuring their structural integrity and operational performance under the extreme conditions encountered during space launch missions.
The EMC chamber is designed for planar near-field testing of satellite antennas. It provides an interference-free environment to test radiation parameters like power, patterns, and efficiency across frequency bands. With dimensions of 14m (L) x 12m (W) x 10m (H), it's a large-scale commercial EMC chamber in Beijing, enabling high-precision antenna and EMC testing.
The thermal vacuum chamber simulates the authentic space environment with temperature differences of several hundred degrees using liquid nitrogen, testing spacecraft's resistance to vacuum, cold black conditions, and solar radiation. It features an effective temperature range of ±200°C and an effective test diameter of 3.6 meters, making it a large‑scale thermal vacuum chamber for commercial space applications assembled in the Beijing region.
