Mining Laser Optimization Charge

Market group: Ammunition & Charges > Command Burst Charges > Mining Foreman Burst Charges

Inventory group: Charge > Mining Foreman Burst Charges

Market

View on:

Basic

Mass:: 0 kg
Packaged volume:: 0.01 m³
Portion size:: 500
Capacity:: 0 m³
Volume:: 0.01 m³
Mass:: 0 kg
radius:: 1 m

Cargo

Capacity:: 0 m³

Ammunition

Used with (Launcher Group):: Command Burst

Required Skills

Leadership

(x1)

[1]

Mining Foreman

(x2)

[1]

Leadership

(x1)

[1]

Command Burst

warfareBuff1ID:: 24
warfareBuff1Multiplier:: -15
warfareBuff2ID:: 0
warfareBuff2Multiplier:: 0
warfareBuff3ID:: 0
warfareBuff3Multiplier:: 0
warfareBuff4ID:: 0
warfareBuff4Multiplier:: 0

Manufacturing

Blueprint:: Mining Laser Optimization Charge Blueprint

Output Mining Laser Optimization Charge:

500

Manufacturing time:

1h 23m 20s

Copy time:

12m

Material research:

5m 15s

Time research:

5m 15s

View on:

Engineering Rig

Source rigs:: Standup M-Set Ammunition Manufacturing Time Efficiency I
Standup M-Set Ammunition Manufacturing Time Efficiency II
Standup M-Set Ammunition Manufacturing Material Efficiency I
Standup M-Set Ammunition Manufacturing Material Efficiency II
Standup L-Set Ammunition Manufacturing Efficiency I
Standup L-Set Ammunition Manufacturing Efficiency II
Standup XL-Set Equipment and Consumable Manufacturing Efficiency I
Standup XL-Set Equipment and Consumable Manufacturing Efficiency II

Reprocessing

Portion size:: 500

Output	Quantity
Tritanium	500
Isogen	500
Heavy Water	500

Basic reprocessing, not accounting for skills and other bonuses.

Industry

Adam4Eve Material Influence

Type Info

Type ID:: 42830
Base price:: 1.00k ISK
Group ID:: Mining Foreman Burst Charges
Icon ID:: 21698
Market group ID:: Mining Foreman Burst Charges
Published:: true
Radius:: 1 m
Volume:: 0.01 m³
Reference Data:: View JSON
ESI:: View JSON
SDE:: View JSON

Description

This compact bundle of active nanites can be loaded into a Mining Foreman Burst I module and dispersed across allied ships to greatly enhance the speed of their mining modules, allowing increased yield over time. This effect also reduces the capacitor requirements of the mining laser to compensate for the faster cycle times.