Reinforced Metallofullerene Alloys

These ultra-hard alloys are initially created from lanthanum metallofullerenes and heuristic selfassemblers; a combination that makes for an incredibly resilient base material. From there, fulleroferrocene and graphene nanoribbons are integrated into the metals, forming alloys that have unprecedented levels of structural strength. Although they have many uses in the manufacture of armor plating, the distinguishing feature of the alloys is the level of modularity they allow in starship design. A hull section comprised of metallofullerene alloys is able to accommodate a virtually endless array of subsystems around it, no matter how different their shape is.

  • structure
  • 1 kg

    Mass

  • 10m³ packaged

    Volume

  • miscellaneous
  • 100

    Moon Mining Amount

  • z 400 000.00

    Base Price

  • blueprint
  • Reinforced Metallofullerene Alloys Blueprint

  • manufacturing
  • base materials
  • 2

    Powdered C-540 Graphite

  • 3

    Modified Fluid Router

  • 4

    Heuristic Selfassemblers

  • 10

    Electromechanical Hull Sheeting

  • 11

    Fullerene Intercalated Graphite

  • 22

    Scandium Metallofullerene

  • 7

    Graphene Nanoribbons

  • extra materials and skills
  • V

    Industry

  • II

    Plasma Physics

  • II

    Electromagnetic Physics

  • 1

    Powdered C-540 Graphite

  • 3

    Modified Fluid Router

  • 1

    Heuristic Selfassemblers

  • 5

    Electromechanical Hull Sheeting

  • 10

    Fullerene Intercalated Graphite

  • 40

    Scandium Metallofullerene

  • 20

    Graphene Nanoribbons