Guide: Endgame

The Soyuz & Satellites

Main page: Soyuz-FG

Note that satellites are only optional and not required for progression, they just make it easier. You can skip the Soyuz and satellites if you want to and get back to it when you reach Gerald.

Satellites are expensive structures that are launched into space to provide various services. The Soyuz-FG is used to transport them to space. All of this is very expensive but worth it depending on your current state and progression

Soyuz-FG

The Soyuz-FG rocket is an immensely powerful soviet rocket that is the primary launch vehicle for all satellites. This capable rocket must be launched from a suitably large mount - in this case, the Soyuz launch platform.

It requires 128,000 mB of kerosene and liquid oxygen to be launched as well as 750 kHE of power. Pressing the launch button starts a 30 second countdown, and will sound 2 alarms: one playing constantly and a louder one playing every 5 seconds. After the countdown has completed, the Soyuz will launch.

The rocket must be assembled in an assembly machine with the following recipe:

Soyuz Launch Platform

The pad to launch it from is constructed in the world using a simple to follow template, which is visible after placing the core component:

However, whilst it is simple to build, this structure is very large, and therefore requires many blocks. You'll need to craft:

4 stacks + 38 blocks of concrete.
7 stacks of launch pad scaffold blocks.
6 stacks + 30 blocks of launch pad component blocks.

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If you're having difficulty sourcing all the required materials, make sure to take advantage of the automation the mod provides!

Satellites

Main page: Satellites

Note that: This is a optional thing to do, it is not required for progression except the Gerald.

Satellites are expensive items which can be launched into space on Soyuz rockets to provide services. There are multiple types of satellites, each with different functions and recipes. Satellite must be properly linked before launch, otherwise they will be useless and unrecoverable.

Linking

Satellite ID Managers are used to generate new IDs and to copy IDs. Despite the outlines in the GUI, they work with any item (satellites, ID chips, and interfaces) that can have a satellite ID. The leftmost slot is the source for copying, the middle slot is the destination for copied IDs, and the rightmost generates a random ID. The typical usage is to place a satellite in the randomizing slot, then copy its ID to an interface or chip that it will be used with. If a satellite is launched with the same ID as an existing satellite, the old satellite becomes useless hence the importance generating new IDs. Additionally, satellites only work with specific interfaces. Be sure to choose the correct interface for your satellite. Both are made in a regular crafting table.

Launching

All satellites must be launched on the Soyuz. Also, it must be noted that they need a satellite control interface with the same frequency, if an unlinked satellite is launched, it will go full freedom and you will lose it, wasting its expensive resources; so triple-check that you have correctly linked all your control items to the same frequency as the satellite!

Accelerating Particles

Main page: Particle Accelerator

The next step to progression is obtaining exotic late-game to end-game materials to make more advance machinery and components. For their production, we require a particle accelerator. Particle accelerators are complex modular machines that accelerate particles to relativistic speeds in order to produce various exotic particles required for late game materials like dineutronium, schrabidium and euphemium. Viewing the main page of this machine is highly recommended to know everything. (rest of the stuff will be explained later)

Construction

to be done

Exposure Chamber

Main page: Exposure Chamber

Once you have created the necessary particles in the particle accelerator, this will be the machine you will use them in to create end-game metals like euphemium, or dineutronium. It can also serve as a method of producing schrabidium or schraranium, even if the latter is much more expensive than its usual recipe. This machine, like many others, is constructed in the assembly machine.

Currently, it is the only way to create dinetronium. As such, it is necessary for progression. It is also the fastest way of creating euphemium, a material that is as necessary. The only really costly part of the exposure chamber should be the tantalium capacitor, as it requires tantalium. At this point in the game, the mere 2 MHE cost should be equal to basically nothing, with the schrabidium transmutator taking more with it's 5 MHE each operation.

Exotic Elements

After completing the construction of a particle accelerator and exposure chamber, we can finally proceed to make particles which will then be used to make exotic materials.

Schrabidium

Main page: Schrabidium, Guide: Schrabidium Creation

Schrabdium is a superactinide that has already been introduced, and as such, only an explanation of a new method of production is necessary. A Higgs boson particle is capable of transmuting uranium-238 into schrabidium at 100% efficiency in an exposure chamber. It can also be produced in a cyclotron, but only in tiny amounts (nuggets) from ionized particles, a byproduct of most fusion reactions.

Euphemium

Main page: Euphemium

Euphemium is a fictional material used in various ways and is a part of progression. Euphemium serves as one of the game's most endgame materials and one of the most powerful ones. It's extremely expensive to produce in large amounts and you will need great advancement through the mod to use it effectively. It has ingot, nugget, powder, and block forms. It can't be made into a plate via the press, so it is made into compound plates. It may also be made into a single rod, although this does not have a purpose as of yet.

Euphemium Production

Main page: Guide: Euphemium Creation

Related page: Schrabidium Cluster

In order to obtain euphemium, you need to first craft multiple schrabidium clusters. These require starmetal, schrabidium and ferric schrabidate, which requires a fusion reactor. After you have multiple schrabidium clusters, find any balefire type bomb. A dud works the easiest as it has a small footprint and requires no fueling. After you get the bomb, place the schrabidium clusters around the bomb, similar to how you initially made schrabidium. After you are done, detonate the bomb, and any schrabidium clusters that have balefire on top of them will be transmuted into euphemium-etched schrabidium clusters, which can then be centrifuged into euphenium nuggets. This method is best used to acquire initial euphemium, as duds are rare and schrabidium clusters are very expensive. It can also be obtained with exposing plutonium to dark matter.

Dineutronium

Main page: Dineutronium

Dineutronium (abbreviated DNT) is the mod's ultimate material. It's a final tier material and is a higher tier than even euphemium. It is very difficult to produce, used to make the most absurd and broken items this mod has and is somehow a part of progression as it's used for crafting, most notably the dineutronium compound plate.

Dineutronium Production

To produce dineutronium you need to have a particle accelerator with a power level of 12,500 or more and an exposure chamber.

1 sparkticle capsule yields 8 dineutronium ingots. To make dineutronium from sparkticles you need to put the sparkticles into an exposure chamber. Then you can put 8 ferric schrabidate ingots in the corresponding slot. If the exposure chamber is powered and you've done everything correctly it should begin to create dineutronium.

Dineutronium Compound Plate Production

Dineutronium cannot be stamped, so a compound plate form must be made like this in one of the anvils:

4

2

4

Gerald The Construction Android

Main Page: Gerald The Construction Android

Gerald the construction android is an end-game satellite that is necessary for obtaining osmiridium, one of the final materials of the mod, required for the DFC. It is the largest bomb in the mod and its effects are global and can last several days.

Gerald must be made in an assembly machine using the following recipe:

Assembly Machine
Recipe: Gerald The Construction Android Duration: 300.0 seconds Consumption: 100 HE/t	128 128 64 256 64

Keep in mind that you must first obtain Gerald's blueprint through a blueprint booklet, which are found in structures.

An orbital module is also needed in order to launch Gerald, it can be also be made in an assembly machine using the following recipe (keeping in mind that it also needs its own blueprint):

Recipe: Orbital Module Duration: 120.0 seconds Consumption: 100 HE/t	4 16 16 3 3

Now that the two main parts are made, we must also obtain the items used to actually launch gerald:

Soyuz-FG
Soyuz Launch Platform
Satellite ID Manager
Satellite Designator

We can now launch Gerald to the moon by following these instructions:

Use the satellite ID manager to apply a random code to the designator, then apply the code to Gerald (make sure that the codes are the exact same or you will waste the Gerald at launch).
Using satellite mode, place all of the components into the launch pad, then fuel it with 128,000 mB of both kerosene and liquid oxygen and power it.
Press the red button and wait 30 seconds for the Soyuz to launch.
After the rocket launch, you should get the 'Apogee' achievement. Now go to the satellite designator and put in any coordinate, preferably one far away from your base.
Press the red button and wait for him to collide. When the button is pressed you should get the 'The Horizons' achievement.

After Gerald collides, he will create a crater filled with lava and tektite that has a radius of 600 blocks, will set everything on fire for a day, and fill the sky with ash for 600 days.

Now that Gerald has collided, we can finally start making osmiridium.

Osmiridium

Main Page: Osmiridium

After the collision, you may notice that the crater is filled with a new material called tektite, which is mostly useless except for a few blocks which are infused with osmiridium. These blocks will be the ones used to make osmiridium.

To make osmiridium, you should follow these steps:

Find osmiridium-infused tektite at the crater.
Use a shredder to make tektite powder.
Centrifuge the tektite powder, this will make a tiny pile of paleogenite powder.
Acquire 9 tiny piles to make paleogenite powder.
Use a chemical plant to make osmiridic solution using the paleogenite.
Process the osmiridic solution using a SILEX with a spark laser crystal or higher to make impure osmiridium powder.
Crystallize the impure powder with schrabidic acid to make osmiridium crystals.
Smelt the crystals in any furnace to make osmiridium ingots.

We now have ingots of osmiridium, which will be used to make euphemium compound plates and DFC parts. There is also an anvil, however it is heavily advised not to make it since it has the same recipes as the dineutronium anvil.