In the aerospace field, ranges usually refer to areas where actual firing tests are conducted on various types of missiles, rockets and other weapons systems. These areas need to meet certain safety standards and requirements to ensure that the test process is carried out smoothly, and at the same time to ensure that there is no threat to the surrounding environment and personnel. Target ranges in aerospace are usually sited in remote areas or on the sea to avoid unnecessary risks and impacts.

The role of ranges in space testing is very important. The range provides a realistic test environment for comprehensive verification and evaluation of weapon systems, as well as a testing ground for new technologies and concepts. Through range testing, the real-world capability and reliability of weapon systems can be effectively improved, while providing strong support for the country's national defense and scientific and technological innovation.

With the continuous development of aerospace technology, the demand for ranges is also gradually increasing. The future range will be more high-end, intelligent and integrated, and will use cutting-edge technologies such as big data, cloud computing and machine learning to realize real-time monitoring, analysis, prediction and optimization of weapon system test data. At the same time, combined with the military field, the range will also become a new comprehensive test site to promote the development and application of national defense technology.