Self-Assembling Nanolattice

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.

  • structure
  • 1 kg

    Mass

  • 5m³ packaged

    Volume

  • miscellaneous
  • 100

    Moon Mining Amount

  • z 400 000.00

    Base Price

  • blueprint
  • Self-Assembling Nanolattice Blueprint

  • manufacturing
  • base materials
  • 2

    Heuristic Selfassemblers

  • 15

    Neurovisual Input Matrix

  • 1

    Thermoelectric Catalysts

  • 1

    Jump Drive Control Nexus

  • 1

    Defensive Control Node

  • 1

    Central System Controller

  • 1

    Emergent Combat Intelligence

  • 300

    Fulleroferrocene

  • 40

    Lanthanum Metallofullerene

  • 15

    Graphene Nanoribbons

  • 13

    Carbon-86 Epoxy Resin

  • 5

    C3-FTM Acid