Landing site selection is a crucial part of space exploration missions, particularly those involving robotic probes or manned missions to celestial bodies such as planets, moons, asteroids, or comets. The selection of a landing site involves identifying a location that meets various criteria, including scientific objectives, safety considerations, engineering feasibility, and operational constraints. Researchers in this area use a combination of remote sensing data, geologic maps, topographical information, and other data to identify potential landing sites that offer scientific value and minimize risks. Factors such as surface composition, slope, lighting conditions, availability of resources, and proximity to potential hazards are taken into account during the selection process. Ultimately, the goal of landing site selection is to ensure a successful landing and optimize the scientific return of a mission by choosing a location that will provide valuable data and insights into the target celestial body. This research area plays a critical role in the planning and execution of space missions and continues to evolve as technology advances and new exploration targets are identified.