1. Starting equipment : In the initial stage, there are only steam rockets and research cabins. The height of each cabin is 5 blocks, and a total height of 50 blocks (10 cabins) is reserved to ensure sufficient space for future rocket upgrades. Taking into account the additional needs of liquid hydrogen rockets, it is recommended to reserve additional space above the space ecological zone and remove voles.
1. Design basics : Choose a suitable location, as shown in the picture, and use obsidian or bunker bricks to build a thermal insulation layer as the core of the silo.
1. Engine installation :
-Steam engine : comes with its own fuel, no additional fuel tank is needed.
-Petroleum/liquid hydrogen engine : The fuel tank and oxidizer tank need to be placed separately, and use the access bracket to connect the ladder (made of obsidian) to ensure that it is aligned with the engine flame icon.
2. Functional cabin :
- Initial: Research chamber only, equipped with 6 for steam engines, although 5 are required for a planet, bringing one more can add 10 data disks.
3. Command cabin settings :
-Naming and function : The command module can have a customized name. Click on the right side to view the task list and ensure that all checked options meet the rocket launch conditions.
FAQ:
1. Question: How to determine the installation location of the rocket engine?
Answer: The engine must be on the bottom floor, the command module on the top floor, and the location of other cabins is flexible.
2. Question: Why do we need to use obsidian or bunker tiles as insulation layer?
Answer: These materials can effectively prevent the internal temperature of the rocket from being too high and ensure safe launch.
3. Question: What specifically does the task list of the command module refer to?
Answer: The task list includes all necessary checks before the rocket is launched to ensure that all systems are working properly.