Frostline 'Omnivore' Harvester Upgrade

Market group: Schiffsausrüstung > Abbauausrüstung > Bergbau-Upgrades

Inventory group: Modul > Bergbau-Upgrade

Market

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Basic

Mass:: 1 kg
Packaged volume:: 5 m³
Portion size:: 1
HP der Struktur:: 40 HP
Kapazität:: 0 m³
Volumen:: 5 m³
Masse:: 1 kg
radius:: 1 m

Cargo

Kapazität:: 0 m³

Fitting

CPU-Auslastung:: 38 tf
Stromnetzbedarf:: 1 MW

Required Skills

Ice Harvesting

(x1)

[3]

Mining

(x1)

[4]

Mining Upgrades

(x4)

[3]

Mining

(x1)

[3]

Structure

HP der Struktur:: 40 HP

Manufacturing

Blueprint:: Frostline 'Omnivore' Harvester Upgrade Blueprint

Output Frostline 'Omnivore' Harvester Upgrade:

Manufacturing time:

View on:

Engineering Rig

Source rigs:: Standup M-Set Equipment Manufacturing Time Efficiency I
Standup M-Set Equipment Manufacturing Time Efficiency II
Standup L-Set Equipment Manufacturing Efficiency I
Standup L-Set Equipment Manufacturing Efficiency II
Standup XL-Set Equipment and Consumable Manufacturing Efficiency I
Standup XL-Set Equipment and Consumable Manufacturing Efficiency II
Standup M-Set Equipment Manufacturing Material Efficiency I
Standup M-Set Equipment Manufacturing Material Efficiency II
Upwell M3RPF Outpost Rig
Upwell M3P-RF Outpost Rig
Upwell M3R-F Outpost Rig
Upwell M3ROF Outpost Rig
Upwell M3RFO Outpost Rig

Reprocessing

Portion size:: 1

Output	Quantity
Tritanium	676
Mexallon	318
Isogen	2
Zydrine	6
Megacyte	2
Mechanical Parts	8
Miniature Electronics	3
Morphite	5
Laser Focusing Crystals	8

Basic reprocessing, not accounting for skills and other bonuses.

Industry

Adam4Eve Material Influence

Other

Bergbauertrag-Bonus:: 7 %
Zyklusdauerbonus:: -8 %
CPU-Abzug:: 12.5 %

Type Info

Type ID:: 49792
Group ID:: Bergbau-Upgrade
Icon ID:: 1046
Market group ID:: Bergbau-Upgrades
Published:: true
Radius:: 1 m
Volume:: 5 m³
Reference Data:: View JSON
ESI:: View JSON
SDE:: View JSON

Description

Dieses von den fleißigen Ingenieuren der Frostline-Abteilung von ORE entwickelte Abbau-Upgrade kann die Effizienz von Modulen für den Abbau von Erz- und Eismaterialien steigern. Dies geht auf Kosten der Effizienz, die durch andere materialspezifische Abbau-Upgrades erreicht werden kann.