Tułów robota rolniczego - FOUNDRY

Tułów robota rolniczego

Tułów robota rolniczego in FOUNDRY: crafting recipe, production chain inputs, and crafts that consume it.

Informacje - Kategoria: assembly line components · solid · Rozmiar stosu: 10

Receptura

Tułów robota rolniczego

Maszyna: assembler · Czas craftu: 15s

Skladniki

  • 1 × Części robota
  • 2 × Płyty ksenoferrytu
  • 1 × Beczka (pusta)
  • 1 × Ogniwo energetyczne

Produkty

  • 1 × Tułów robota rolniczego

Poradnik

The Farmer Robot Torso is a key intermediate component in the automation process, specifically used for assembling farmer robots. As part of the assembly line, it serves as the central structure around which other robot parts are built.

Crafted in an assembler, the torso requires several different input parts, reflecting its mid-tier complexity within the production chain. Its role is focused and specialized, as it is not directly used in other recipes beyond the construction of farmer robots.

With a crafting time of 15 seconds per unit and a stack size of 10, the Farmer Robot Torso occupies a distinct position in both the assembly process and storage management.

Wskazowki

  • Coordinate assembler placement and output buffers to accommodate the 15-second crafting time, ensuring that torso production aligns with downstream robot assembly needs.
  • Design storage and logistics with the stack size limit of 10 in mind to prevent overflow and maintain smooth movement of torsos between assembly and robot construction.
  • Maintain a consistent supply of all required input parts to avoid bottlenecks that could stall torso production and disrupt your robot assembly line.

Unlock requirements

  • Farmer Robot Assembly

FAQ

Are there any specific uses or automation advantages for the Farmer Robot Torso beyond basic robot assembly?

The Farmer Robot Torso is dedicated solely to assembling farmer robots and is not used in other recipes. Its main automation advantage comes from streamlining robot production lines, where managing its crafting time and stack size can help optimize throughput and storage efficiency.