OLD M-Set HS Materials Reclamation II

Defenses
Structure
40 HP
Market
StationSellBuy
Jita
Amarr
Rens
Dodixie
Hek
Maila
Basic
 Type ID37281
 PublishedFalse
Tech Level2
Volume10.00 m3
Volume10.00 m3
Mass200.00 kg
Mass200.00 kg
Radius100.00
radius100.00
Module
Max Modules Of This Group Allowed1.00
Variations
Structure Tech II
  • OLD M-Set HS Materials Reclamation II
Tech I
Cargo
Capacity0.00 m3
Fitting
 Rig Sizemedium
Required skills
Usage
Can be fitted toCitadel
Can be fitted toEngineering Complex
Can be fitted toRefinery
Reprocessing
 Portion Size1
Output 
Telemetry Processor380
Nanite Compound8
Lorentz Fluid150
Current Pump380
Trigger Unit380
Power Conduit150
Single-crystal Superalloy I-beam8
Drone Transceiver380
Micro Circuit380
Intact Armor Plates1
Basic reprocessing, not accounting for skills and other bonuses.
Industry
Other
 High Security Bonus Multiplier1.00 x
 Low Security Bonus Multiplier1.06 x
 Nullsec and Wormhole Bonus Multiplier1.12 x
 securityModifier1.00
 Calibration cost150.00
Refining Yield Multiplier0.54 %
 structureItemVisualFlag1.00
Capacity0.00 m3
Type Info
Type ID37281
Group IDOLD Structure Resource Rig M - HS Ore Reprocessing [1647]
Meta Group IDStructure Tech II [53]
Variation Parent Type ID37280

Description

The Standup M-Set HS Materials Reclamation II rig provides a means for structure operators to adjust hardware systems involved in reprocessing facility control so as to significantly increase Kernite, Omber, Plagioclase, Pyroxeres, Scordite, Veldspar (and all their variants) reprocessing efficiency on Upwell technology structures.

Standup is a proprietary system that uses a Structure Autonomous Nanoassembly Device (Upwell) containing integrated template software, a nanoassembler array and sufficient nanomass to enable the construction of a variety of service modules, structure modules and structure rigs when inserted into the appropriate slots on a structure built with Upwell technology.

Note: Only one rig of the same type, counting both tech variations, may be fitted at the same time on a structure.