New Space Aerospace and Radio and Television Measurement and Testing (Shenzhen) Co., Ltd. formally signed a strategic cooperation agreement in Xiamen. The two sides will deeply integrate aerospace manufacturing with cutting-edge testing technology, focus on promoting turbojet engines, 10-ton liquid oxymethane rocket engine components, and cube satellite testing work, and work together to establish a strong line of quality defense for commercial aerospace products. According to the agreement, radio and television metrology will provide targeted high-end inspection services for new space space, covering reliability tests such as vibration, impact, temperature circulation, thermal vacuum, etc. required for turbojet engines and 10-ton liquid oxymethane rocket engine components to simulate the space environment. At the same time, it will also carry out tasks such as electromagnetic compatibility testing for cube satellites, space-grade component screening, spacecraft material performance testing and process evaluation.

New Space Aerospace and Radio and Television Measurement and Testing (Shenzhen) Co., Ltd. formally signed a strategic cooperation agreement in Xiamen. The two sides will deeply integrate aerospace manufacturing with cutting-edge testing technology, focus on promoting turbojet engines, 10-ton liquid oxymethane rocket engine components, and cube satellite testing work, and work together to establish a strong line of quality defense for commercial aerospace products. According to the agreement, radio and television metrology will provide targeted high-end inspection services for new space space, covering reliability tests such as vibration, impact, temperature circulation, thermal vacuum, etc. required for turbojet engines and 10-ton liquid oxymethane rocket engine components to simulate the space environment. At the same time, it will also carry out tasks such as electromagnetic compatibility testing for cube satellites, space-grade component screening, spacecraft material performance testing and process evaluation.