Reconstruction machine

An assembled reconstruction machine

Reconstruction machine

Type Respawn device

Function Endoskeleton reconstruction

Availability X-Constructs

Size 288×288×216 cm

Mass 87,932.25 kg

Volume 10,224.68 kv

Corrosion resistance 320

Input / Output

Electric input 1 e/s

Composition (cradle)

Aegisium 25.59%

Arkanium 15.35%

Bastium 1.49%

Charodium 19.19%

Kutonium 25.59%

Vokarium 38.38%

Composition (fabricator)

Arkanium 39.02%

Bastium 5.23%

Exorium 31.22%

Kutonium 24.53%

Composition (generator)

Aegisium 25%

Bastium 15%

Charodium 22%

Vokarium 38%

Composition (terminal)

Aegisium 20.56%

Ajatite 12.85%

Arkanium 30.83%

Bastium 10.07%

Vokarium 25.7%

The reconstruction machine is a device capable of rebuilding endoskeletons should they come to an untimely end. It consumes an replacement kit for each reconstruction it performs, and the endoskeleton must be linked to the machine prior to destruction in order to reactivate at the machine. Owing to their significant expense, reconstruction machines are rarely mounted on personal craft or fighters.

Basic information

The reconstruction machine is assembled from four distinct modules:

• The cradle, which performs the physical assembly
• The fabricator, which prepares resources for the reconstruction
• The generator, which consumes and converts network power
• The terminal, which provides a user interface for operating the machine

Though the reconstruction machine does have an internal battery and a generator, it requires external power to recharge after usage.

Material

	Cradle	Fabricator	Generator	Terminal
Mass (Kg)	18009.93	47850.86	12816.99	29670.56
Material Required (Kv)
Aegisium	3841.80		3248.84	6055.60
Ajatite				3784.75
Arkanium	2305.08	14244.35		9083.40
Bastium	223.78	1910.43	1949.32	2965.65
Charodium	2881.35		2858.97
Exorium		11395.48
Kutonium		8953.59
Vokarium	5762.70		4938.23	7569.50

To learn more about materials, consult these wiki pages:

• Materials
• Ores