During this time, many programs to explore the moon are being implemented by many countries, including the US, Russia, China, India. Recently, Russia's VUNA-25 Proble launch project failed when the probe crashed into the lunar surface. On this occasion, let's discuss together about the process of researching, manufacturing and launching VUNA-25 as well as the reasons for the failure of this project. LUNA-25 was a Russian lunar lander mission by Roscoe Smose in August 2023 that was slated to land near the lunar South Pole. At the crater Bogus Losky, initially called the LUNA-GLAB lander. It was renamed LUNA-25 to emphasize the continuity of the Soviet lunar program from the 1970s, though it is still part of what was at one point conceptualized. As the LUNA-GLAB Lunar Exploration Program, it is the first lunar probe that the Russian space agency Roscoe Smose has sent to the moon notwithstanding the one sent. By the Soviet space program and would have been the first probe to land on the lunar South Pole, the LUNA-25 mission lifted off on the 10th of August 2023, 2310 UTC. Atop a Soyuz to point one B. Rocket from the Vostokni Cosmodrome in Russia's Far Eastern Amor region. On the 19th of August 2023 at 1157 UTC, the lander collided with the moon after an erroneously executed orbital maneuver. The previous Soviet lunar lander was LUNA-24 in 1976. The nascent plans for what became LUNA-25 began in the late 1990s, with the evaluation of the spacecraft designs having taken place by 1998. Attempts to revive and complete the project continued throughout. The 2000s and were punctuated by an aborted attempt at international cooperation. Maya merger with J.A. XAS now cancelled lunar orbiter and pressure from another attempted cooperative lunar mission. Within the in-space research organization ISRO which continued without Russia's involvement, initial mission plans called for a lander and orbiter. With the latter also deploying impact penetrators, in its final form, LUNA-25 was a lander only, with a primary mission of proving out the landing technology. The mission carried 30 kg 66 lbs of scientific instruments, including a robotic arm for soil samples and possible drilling hardwood. Delays in the 2010s came first from the significant rework, and delayed brought on by the failure of Fobosgrunt in 2011. This is the point at which the modern LUNA-25 design was developed. The later work on the lander was slowed by resource pressures being placed upon spacecraft developer NP Olivaka, such as the Weather Satellite Electro-ON-None. Two in the Specter-RG Observatory, as well the landing platform Russia was contributing to XMR's 2020. By 2017, the propulsion system for the spacecraft was completed. The intended landing site was located at 69.5 for 5 in the south 43.5 for Daeguilust. North of the crater Bogoslovsk, with two backup locations at 68.773 degrees south. 21.10 degrees east southwest of the Monzini crater and 68.6 for 8 degrees south 11.553 degrees. South of Pentland, a crater, the planned mission duration of the lander. On the surface of the Monzini was to be at Luzquan Earth-E. The launch took place on the 10th of August 2023 from Vostok, Nikosmeter. On a Soyuz-Toraket with a frigate upper state on the 16th of August, the probe entered lunar orbit. With a scheduled landing date of the 21st of August, on the 19th of August 2023 Roskosmos declared an abnormal situation. On the lander after issuing an unsuccessful command for a short engine burn. To move the lander into a pre-landing orbit, preliminary analysis indicated that the probe collided with the lunar surface following an excessively long firing of the engine, attempts on the 19th and 20th of August to locate. And Ray established contact with the spacecraft were unsuccessful. According to preliminary calculations, lunar 25 entered an incorrect orbit before crashing. A commission was formed to investigate the crash. Russian space agency Roskosmos said Saturday that its lunar 25 came across an abnormality after a command was sent for entering pre-landing orbit. However, it could not maneuver in accordance with the required parameters.