the idea is based on two phases in our project, first phase: is to send robotic mission to the Moon that brings back only the most valuable specimens, and not "extra" material which it will be done by data image processing as we will make a robot that contain camera and the data, which sees the samples that found on the moon to classify the rocks that will differentiate between that valuable and invaluable rocks and arranged it according to the priority of these rocks. But the notion of “value” really depends on the interests of the scientist or engineer as some of them care about the historical record of the Moon that tells a long story of the origins of our solar system, some care about the potential for water. Some of them want to study how meteorites on Earth compare to lunar rock. Some of them want to build structures on the Moon and therefore need to know the properties of the soil. Many more competing priorities are relevant to today’s scientists and engineers. Our robotic mission will give all these characteristics and identify each sample with all these priorities which every scientist considers it as the most valuable. So, we will give clear priorities as to which samples or parts of samples to bring home.

The data image processing reach to this target of differentiate between varieties of types of rocks.

Second phase: the robotic mission will send coordinates as it will make like a map, which will show to the astronaut where the valuable rocks found as it will found region that the valuable rocks will be found with large amount and region contain rocks and sample not valuable or abundant, so when the astronaut mission will be send , it will go to the region that we identity it as the most region that contain valuable rocks which it will facilitate to the astronaut of making detection to the valuable rocks as it will save time in their mission to return back to the earth with this rocks ( sample).

Collecting data, since a long time humans have been collecting data as possible, from the microorganisms to the upper heavens. By the end of each era, the missions of collecting data become more difficult, such as our addressed problem: bringing valuable specimens from the Moon back to Earth for further study, evaluating and differentiating them quickly.By surpassing such problem, the scientific and engineering value of each human lunar mission will increase as well as it will reveal many mysteries of our lunar neighbour. Furthermore, providing a new solution like would encourage to increase the planetary missions not a mere moon.