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Luna 25, a Russian lunar lander, was designed to explore the Moon's south pole region. Here’s a brief overview of how it was intended to land:

1. Launch: Luna 25 was launched aboard a Soyuz-2.1b rocket. After reaching orbit, it executed a series of maneuvers to enter a translunar trajectory.

2. Cruise Phase: The spacecraft traveled to the Moon, where it conducted trajectory corrections as needed.

3. Lunar Orbit Insertion: Upon reaching the Moon, Luna 25 performed an orbital insertion maneuver to enter lunar orbit.

4. Descent Phase: The lander initiated a descent sequence. This involved a series of braking maneuvers to slow its speed as it approached the lunar surface.

5. Landing: Luna 25 used a soft landing technique, including a controlled descent to ensure that it touched down gently. The spacecraft was designed to withstand the harsh conditions of the lunar environment.

6. Autonomous Operations: The landing was largely autonomous, with onboard systems managing the final approach and touchdown.

Unfortunately, Luna 25 encountered issues during its descent, leading to an unsuccessful landing attempt. The mission aimed to study the Moon's regolith and conduct various scientific experiments.