This work has passed my test. I have used the built-in program to launch it to the surface of Mars, and the rover has moved away smoothly.
This is a combination of Tianwen-1 and Long March-5. Since my Tianwen-1 is larger than the actual size, I specially made the Long March-5 carrier rocket for it. It is larger than the actual rocket, but the fuel There is not much difference in data such as, quality and thrust.
In this combination, I built 9 sets of programs, including 1 rocket, which controls automatic launch and entry into orbit, 2 sets of orbiters, one set to control the automatic deployment of the mechanism, and one set to control the automatic lifting of the orbiter after the lander is separated. Orbital height. The lander has two built-in programs, one is used to control automatic separation and landing, and the other is used to control the automatic deployment of the departure facility. The Zhurong Mars rover has built-in 4 sets of programs, which are used to control automatic deployment, automatic cruise, laser, and automatic parking.
Please note that with the exception of the Zhurong rover program, the rest of the programs and rocket fuel are only applicable to the real solar system.
Finally, I want to say that I cannot completely restore the real Tianwen No.1, and can only do my best, but there are still many dissatisfactions.
If you like this work, please support me, thank you.
GENERAL INFO
- Predecessor: Tianwen1
- Created On: Android
- Game Version: 0.9.703.1
- Price: $370,970k
- Number of Parts: 2408
- Dimensions: 72 m x 14 m x 14 m
PERFORMANCE
- Total Delta V: 67.3km/s
- Total Thrust: 146.3MN
- Engines: 63
- Wet Mass: 8.5E+5kg
- Dry Mass: -293,597kg
STAGES
Stage | Engines | Delta V | Thrust | Burn | Mass |
---|---|---|---|---|---|
1 | 10 | 32.5km/s | 11.6MN | 8.1m | 8.5E+5kg |
2 | 0 | 0m/s | 0N | 0s | 1.76E+5kg |
5 | 2 | 34.8km/s | 291kN | 11.2m | 27,726kg |