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Anzu Warhead Bunker

The Anzu Warhead Bunker is designed to fit conveniently within the spherical crater created by detonating a warhead inside an asteroid or hillside on a planet or moon. The bunker has 6 connectors in various locations for docking various size ships, depending on the size of the tunnel leading into the bunker. Building within the voxel terrain affords a reasonable amount of protection against hostile encounters.

The Anzu Warhead Bunker, as configured, is not airtight. Included in the bunker are significant cargo storage, ore and component processing capabilities, and life support systems. A large hydrogen tank is provided to conveniently refill shipboard hydrogen tanks. Access to the below-deck equipment is provided via 2 deck-mounter ladder shafts.

NOTE: Both McMaster's LCDs2 and Isy's Inventory Manager are used if InGame Scripts is enabled in advanced settings. Furthermore, Dummy08's Nanobot Build and Repair System is also utilized, but not required; the presence or lack thereof does not affect operation of the Anzu Warhead Bunker, although the two control stations that are dedicated for their control will no longer have any direct use without them.

VANILLA WITH DLC; ONE OPTIONAL MOD; PROJECTOR BUILDABLE IN SURVIVAL!

 - Blocks: 472
 - PCUs: 7,613
 - L × W × H: 47½m × 47½m × 25m
 - Mass: 652½ tons

 - 1 small reactor

 - 3 large cargo containers
 - 8 advanced refineries with yield modules
 - 4 advanced assemblers with speed modules
 - 1 large hydrogen tank
 - 5 O2/H2 generators
 - 18 optional Nanobot Build and Repair Systems

 - 1 medical room
 - 1 oxygen tank

(See the pictures for the projector's configuration.)
1. Select an appropriate starting location on an asteroid or planet or moon's hillside and place an armor block; note that the armor blocks used are based on light gray "clean" armor if you want to match the blueprint's deck color and style.
2. Tunnel inward, placing armor blocks to extend the tunnel deck as you go deeper into the asteroid or hillside.
3. When adequate depth is reached (I usually tunnel inward 100 meters (or more) from the opening), place one armor block on top of the end block.
4. Build a warhead atop the previous block, i.e., two blocks above the deck, ideally partially embedded in the voxel terrain to hold it in place.
5. If conserving parts, grind away the armor blocks leading to the warhead to recover steel plates. The blast radius will be about 10 blocks (25 meters).
6. Arm the warhead, start the timer, and run like hell!
7. Build armor blocks inward until just inside the blast crater.
8. Build a projector in front of the last armor block; the projector should not be touching any of the voxel terrain (see the picture).
9. Provide power to the grid for the projector, load the blueprint, and set the projector to "Keep Projection" to allow for repairs, should they be necessary.
10. Go forth and build.
11. Enlarge the entrance tunnel to the desired size for ships to pass. (I use Skipjack Tunnel Master mk3 for this task; see the last picture for a semi-finished entrance example.)
12. Thumb your nose at your enemies.

 - 24,924 Steel Plates
 - 336 Metal Grids
 - 2,740 Interior Plates
 - 7,661 Construction Components
 - 1,513 Motors
 - 493 Large Steel Tubes
 - 3,200 Small Steel Tubes
 - 2,610 Computers
 - 115 Displays
 - 44 Girders
 - 24 Bulletproof Glass
 - 80 Reactor Components
 - 640 Superconductors
 - 6 Gravity Components
 - 15 Medical Components

 - 672,078 Iron
 - 10,295 Nickel
 - 2,328 Cobalt
 - 1,457 Silicon
 - 830 Silver
 - 1,340 Gold
 - 2,000 Gravel