A spatial optical reduction optical system based on laboratory

A spatial optical reduction optical system based on laboratory, the telescope arrangement including beam control means, the two-dimensional tracking mechanism, window, load adapter capsule, the capsule of non-load adapter, integrated management module, load module; dimensional tracking mechanism drive device alignment telescope observation area, the target signal received by the telescope arrangement; telescope means a large diameter target signal parallel light after the parallel light compressed into a small diameter to the beam control means; beam control means received in parallel a load beam to the non-capsule adapter, while also supplied to a parallel light beam through the window capsule payload adapter; non-load adapter and capsule capsule load and the load adapter module is connected, to complete the experimental task. The present invention employs the concept of the overall design, and scalability to fully reflect the versatility of the system, truly reflects the future, "Optical Space Technology Laboratory" top positioning requirements.