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1080
These machines are horribly inefficient and expensive, and require a large amount of the refined Resin from the Hiveminds surrounding us. We should move onto better miners ASAP.
These machines are horribly inefficient and expensive, and require a large amount of the refined Resin from the Hiveminds surrounding us. We should move onto better miners ASAP.
1081
MagmaBore Construction
MagmaBore Construction
1082
Cuts an enormous bore down to the magma caverns in order to flood the Cold Caverns with heat. Build in a 33wx3hx33d configuration (3276 total)
Cuts an enormous bore down to the magma caverns in order to flood the Cold Caverns with heat. Build in a 33wx3hx33d configuration (3276 total)
1083
The MagmaBore will create us a shaft down to the Magma Caverns; once this is complete, we should be able to compress the magma and use it to finally wipe the CryoPlasm Spawner out - permenantly.
The MagmaBore will create us a shaft down to the Magma Caverns; once this is complete, we should be able to compress the magma and use it to finally wipe the CryoPlasm Spawner out - permenantly.
1084
The base of the MagmaBore is built in a 33 metre square shape, 3 metres tall. Once this is done, the base gantry will attempt to self-erect. This will require a clearance of 12 more metres; the area to be cleared will be marked off with a red box. Clear inside this area to progress to the main digistruct gantry.
The base of the MagmaBore is built in a 33 metre square shape, 3 metres tall. Once this is done, the base gantry will attempt to self-erect. This will require a clearance of 12 more metres; the area to be cleared will be marked off with a red box. Clear inside this area to progress to the main digistruct gantry.
1085
The main part of the MagmaBore will require a further 64 metres of clearance, for a total size of 33x80x33. Again, clear any detritus inside the blue box to proceeed to the final phase. We are going to need epic amounts of power to literally create this invincible drill from pure energy.
The main part of the MagmaBore will require a further 64 metres of clearance, for a total size of 33x80x33. Again, clear any detritus inside the blue box to proceeed to the final phase. We are going to need epic amounts of power to literally create this invincible drill from pure energy.
1086
MagmaBore Usage
MagmaBore Usage
1087
Once the drill has been fully digistructed, then boring can begin. We're estimating at least 100k power per second to run this slowly - perhaps much more! The more power available, the faster our progress will be. After we hit the Magma Caverns, we can start to pump the Magma up and use it!
Once the drill has been fully digistructed, then boring can begin. We're estimating at least 100k power per second to run this slowly - perhaps much more! The more power available, the faster our progress will be. After we hit the Magma Caverns, we can start to pump the Magma up and use it!
1088
Magma should be pumped to a Magma Storage Unit via a standard Fluid Pipe. This can be located up to 256 metres from the MagmaBore. The Magma Storage can then be connected at a maximum distance of 512m to an active Cryo Inferno cannon. That in turn can permenantly end the CryoSpawner threat.
Magma should be pumped to a Magma Storage Unit via a standard Fluid Pipe. This can be located up to 256 metres from the MagmaBore. The Magma Storage can then be connected at a maximum distance of 512m to an active Cryo Inferno cannon. That in turn can permenantly end the CryoSpawner threat.
1089
Trencher Drill
Trencher Drill
1090
These massive multi-block drilling machines can be used to harvest all known materials in a very rapid fashion. To build one, you'll need to build the drillhead in a 3x3x3 layout, then the motor in a 3x3x3 fashion, touching it. The Trencher's facing is dictated by this; the motor always goes at the back. You can use this to make Trencher face any angle, including straight up!
These massive multi-block drilling machines can be used to harvest all known materials in a very rapid fashion. To build one, you'll need to build the drillhead in a 3x3x3 layout, then the motor in a 3x3x3 fashion, touching it. The Trencher's facing is dictated by this; the motor always goes at the back. You can use this to make Trencher face any angle, including straight up!

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MA.T4_MagmaBore.04.Paragraph
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ignore-begin-space, ignore-end-newline, ignore-begin-newline, ignore-end-space
Source string age
8 years ago
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res/values/handbook-Materials.xml, translation unit 1085
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Medium