Automation science pack

The Automation science pack is a basic research item used to unlock early automation technologies. It is one of the standard science packs consumed by labs to perform research and is produced in assembling machines from basic metal plates and gears.

Production of Automation science packs commonly relies on a steady supply of copper plate and iron gear wheels. Iron gear wheels are themselves produced from iron plate, so a complete production chain requires both iron and copper plate inputs. Public reference materials provide ratio tables that show the minimum number of assemblers and input items required to produce Automation science packs so that all machine counts are whole numbers; those tables are frequently calculated using Assembling machine 3 running at full speed with no modules or beacons. Some ratio tables omit certain intermediate products on the assumption that those items are available in large quantities inside the factory.

• The immediate components are copper plate and iron gear wheels; iron gear wheels are made from iron plate.
• Ratio guides often use Assembling machine 3 as the baseline to express items per minute and assembler counts.
• When planning a production line, include capacity for iron plate refinement and copper plate supply since both are consumed continuously.
• Intermediate-product omissions in some guides mean you must also provision iron plate-to-gear production even if a ratio table shows only the final assembler counts.

Practical considerations when scaling Automation science pack production include ensuring consistent throughput from smelting and gear assemblers, arranging logistic feed (belts, chests, or bots) to avoid starvation, and balancing the iron/copper inputs to prevent one resource from limiting output. Many builders place gear-wheel assemblers directly adjacent to the iron-plate feed to minimize belt usage and then feed copper plate in parallel to the science-pack assemblers. If using high-tier assembling machines as the baseline for planning, convert ratios appropriately when changing assembler types or when adding speed modules and beacons.