Space debris also known as orbital debris, space debris and space debris. It is the collection of dead objects in orbit around the Earth. This includes everything from spent rocket stages, ancient satellites, fragments of disintegration, erosion, and collisions. Because the orbits overlap with new spacecraft, debris can collide with operational spacecraft. As the number of satellites in Earth orbit is steadily increasing, space debris, if left unmanaged, will eventually pose a serious threat to space activities on the nearby Earth, so that effective mitigation measures become urgent. The equipment of new satellites with a capacity to reduce the orbital life and the orbit at the end of its useful life could be an effective means to reduce the amount of debris reducing the probability of collisions between objects while using spaceships to actively remove objects and to recover failed satellites are possible measures to address existing space debris. Most space debris is less than 1 cm in diameter including solid rocket motor dust, surface degradation products such as paint flakes and coolant released by nuclear power satellites. Impacts of these particles cause erosive damage similar to sand blasting. The risk of satellites being struck by debris is increasing at an alarming rate. The solar panels present in the satellites are very delicate. So even scraps of very small size could be the cause of panel malfunction, which in turn can disrupt the efficiency of data transfer. In communication systems, satellites are usually grouped into networks. If a satellite is being hit by large debris, then there is a chance that it will lose its ability to function properly. This can break the communication network leading to a large amount of financial and material losses for some time until a replacement is made.