N1.MK2This is a good work, but I won't set the cover

This is my first work and also the result of my painstaking efforts. It took me more than three weeks. Due to the immaturity of the technology, some aspects may not be perfect, but this is the best I can do. The operation of this rocket is very complicated. Let me talk about how to operate it
Activation group 1: turn on the light, turn on the connector, and cover the front
Activation group 2: The ascending part of the lunar module is separated from the login part and the engine is started
Activation group 3: open landing legs and lunar landing engines
Activation group 4: separation of return cabin, orbital cabin and service cabin (used when escaping)
Activation group 5: open parachute
Activation group 6: open the engine of the manned spaceship service cabin, open the hood on the engine through slider 1, and open the cabin door between the return cabin and the orbital cabin through slider 2
Activation group 7: the escape tower is started, and the escape part is separated from the rocket as a whole
Activation group 8: turn on a useless gyroscope
Activation group 9: solar panels
Activation group 10: RCS
Next, let me talk about the process of escape
First click activation group 7 and then click activation group 4 at an appropriate time (two important points). At this time, the cowling escape tower and the service cabin orbital cabin will be separated, and the return cabin will be separated separately. Finally, click activation group 5 to open the parachute
The difference between this rocket and history is that it will conduct a docking and personnel transfer in lunar orbit. After docking, the lunar module will separate from the fifth stage rocket, and then accelerate in the opposite direction to land
There are 570 parts in the whole rocket, many of which are not mature in technology. Because my English is poor, these are machine translation. If foreign friends can't understand them, please see the Understanding Research System