Fulleroferrocene Power Conduits

Market group: Manufacture & Research > Components > Subsystem Components

Inventory group: Commodity > Hybrid Tech Components

Market

View on:

Basic

Mass:: 1 kg
Packaged volume:: 5 m³
Portion size:: 1
Capacity:: 0 m³
Volume:: 5 m³
Mass:: 1 kg
radius:: 1 m

Cargo

Capacity:: 0 m³

Reprocessing

Portion size:: 1

Output	Quantity
Powdered C-540 Graphite	3
Modified Fluid Router	4
Neurovisual Input Matrix	4
Electromechanical Hull Sheeting	6
Fulleroferrocene	28
PPD Fullerene Fibers	11
Methanofullerene	60
Scandium Metallofullerene	44

Basic reprocessing, not accounting for skills and other bonuses.

Manufacturing

Blueprint:: Fulleroferrocene Power Conduits Blueprint

Output Fulleroferrocene Power Conduits:

Manufacturing time:

10m

Copy time:

Material research:

1m 45s

Time research:

1m 45s

View on:

Industry

Adam4Eve Material Influence

Other

Moon Mining Amount:: 100 m³

Type Info

Type ID:: 30476
Base price:: 400.00k ISK
Group ID:: Hybrid Tech Components
Icon ID:: 3720
Market group ID:: Subsystem Components
Published:: true
Radius:: 1 m
Volume:: 5 m³

Description

These conduits supply power to minute, molecular-level devices. Extremely strong and yet surprising flexible, they have traditionally been used in rare situations where the normal methods of power supply were rendered impossible. The advent of Tech III starship technology and the influx of fullerene-based materials have seen the conduits take on new and more widespread roles.

The addition or removal of a single subsystem in a Tech III vessel can drastically change the ship's structure, and with it the internal wiring and available power supply routes. Fulleroferrocene power conduits have become an essential component in the construction of these new vessels for this very reason. The conduits can be remapped through a ship with relative ease, allowing for the near-endless variations of subsystems to be completely interchangeable without posing any problems of how to power them.