S-R Trigger Neurolink Conduit

Market group: Fertigung & Forschung > Komponenten > Fortschrittliche Komponenten > Gallente

Inventory group: Bedarfsartikel > Konstruktionskomponenten

Market

View on:

Basic

Mass:: 0 kg
Packaged volume:: 16 m³
Portion size:: 1

Manufacturing

Blueprint:: S-R Trigger Neurolink Conduit Blueprint

Output S-R Trigger Neurolink Conduit:

Manufacturing time:

Copy time:

24m

Material research:

11m 40s

Time research:

11m 40s

View on:

Engineering Rig

Source rigs:: Standup L-Set Advanced Component Manufacturing Efficiency I
Standup L-Set Advanced Component Manufacturing Efficiency II
Standup XL-Set Structure and Component Manufacturing Efficiency I
Standup XL-Set Structure and Component Manufacturing Efficiency II
Standup M-Set Advanced Component Manufacturing Material Efficiency II
Standup M-Set Advanced Component Manufacturing Material Efficiency I
Standup M-Set Advanced Component Manufacturing Time Efficiency II
Standup M-Set Advanced Component Manufacturing Time Efficiency I
Standup XL-Set Thukker Structure and Component Manufacturing Efficiency
Standup M-Set Thukker Advanced Component Manufacturing Material Efficiency
Standup L-Set Thukker Advanced Component Manufacturing Efficiency
Upwell C3FIL Outpost Rig
Upwell C2LF Outpost Rig
Upwell C3LIF Outpost Rig
Upwell C3LF- Outpost Rig
Upwell C3LFI Outpost Rig
Upwell C3FLI Outpost Rig
Upwell C3L-F Outpost Rig

Reprocessing

Portion size:: 1

Output	Quantity
Pressurized Oxidizers	10
Reinforced Carbon Fiber	10
Cogni-Emotive Neurolink Enhancer	40
Stress-Responding Neurolink Stabilizer	1

Basic reprocessing, not accounting for skills and other bonuses.

Industry

Adam4Eve Material Influence

Type Info

Type ID:: 57472
Base price:: 500.00k ISK
Group ID:: Konstruktionskomponenten
Icon ID:: 24632
Market group ID:: Gallente
Published:: true
Radius:: 1 m
Volume:: 16 m³
Reference Data:: View JSON
ESI:: View JSON
SDE:: View JSON

Description

Stressempfindliche Neurolink-Leitungen sind lebenswichtige Komponenten im Verbindungsnetzwerk, die die neurale Hardware eines Kapselpiloten mit den vielen Kernsystemen eines Raumschiffs verbinden. Obwohl alle Neurolink-Technologien für Kapselpiloten auf den autonomen Biosystemen der Piloten beruhen, untersuchte die Forschung und Entwicklung der Gallente insbesondere die Nutzung der Stressreaktionsmechanismen der Kapselpiloten, um eine zuverlässige Integration der Neurolinks mit den Schiffsystemen zu etablieren.