Self-Assembling Nanolattice

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
Heuristic Selfassemblers	2
Neurovisual Input Matrix	15
Thermoelectric Catalysts	1
Jump Drive Control Nexus	1
Defensive Control Node	1
Central System Controller	1
Emergent Combat Intelligence	1
Fulleroferrocene	300
Lanthanum Metallofullerene	40
Graphene Nanoribbons	15
Carbon-86 Epoxy Resin	13
C3-FTM Acid	5

Basic reprocessing, not accounting for skills and other bonuses.

Manufacturing

Blueprint:: Self-Assembling Nanolattice Blueprint

Output Self-Assembling Nanolattice:

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:: 34396
Base price:: 400.00k ISK
Group ID:: Hybrid Tech Components
Icon ID:: 3718
Market group ID:: Subsystem Components
Published:: true
Race ID:: 4
Radius:: 1 m
Volume:: 5 m³

Description

Self-Assembling Nanolattices are the result of a breakthrough in applied fullerene technology achieved by a joint Carthum-Viziam research team formed at the request of the Imperial Navy in late YC116. The development of this technology was made possible by the contributions of numerous capsuleers, most notably members of the venerable loyalist alliance Praetoria Imperialis Excubitoris.

Although these carbon-based structures are exceptional in their high strength and low mass, it is their ability to reconfigure rapidly when exposed to electromagnetic fields that makes Self-Assembling Nanolattices one of the most significant advancements in starship engineering in decades.