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Dyson Sphere Program Wiki

Beginner Guide: Getting Started & First Steps

Dyson Sphere Program is a factory-and-exploration game about building production chains on a procedurally generated planet and eventually across star systems. This beginner guide explains the essential early-game systems, what to build first, and sensible priorities so you can reach steady automation and research.

First steps and map choices

  • Planets are procedurally generated; resource distribution and terrain vary every run. Open the planetary view and pick a starting base location where several basic deposits (Iron, Copper, Stone, Coal) are clustered so you can place mining machines that cover multiple veins.
  • Rotate and position Mining Machines to cover as many ore tiles as possible when you place them; this maximizes early yield without extra buildings.
  • Terrain matters for base layout. Look for relatively flat areas near deposits to reduce travel and simplify belts/roads.

Your mech (Icarus) and the Replicator

  • Your Icarus mech is the player avatar and contains a built-in Replicator used to craft Components and Buildings in the very early game. Use the Replicator to hand-craft basic parts and the first assemblers and miners.
  • Some advanced recipes cannot be made in the Replicator (e.g., Oil Refinery, Chemical Plant, Fractionator, Miniature Particle Collider recipes); those require dedicated buildings later.

Core early production: components and assemblers

  • Start by automating the basic Components that feed most production lines: Circuit Boards, Magnetic Coils, and other Tier 1/2 components.
  • Magnetic Coil is a simple, high-throughput Tier 2 component used by many early machines (Mining Machine, Smelter) and by science production. A small dedicated line (smelters → assemblers) can easily saturate early demand; recommended layouts are compact rows of smelters feeding assemblers.
  • Use Assembly Machine Mk.I to produce components; keep one or two always active to supply science needs until you build dedicated lines.

Science (Electromagnetic Matrix and labs)

  • The first research item is the Electromagnetic Matrix (blue matrix). Its ingredients are only Iron ore and Copper ore based components, so choose a start site with both ores nearby to minimize belt complexity.
  • Electromagnetic Matrix production ratio favors iron:chrome? (Note: produce Circuit Boards and Magnetic Coils constantly). If you maintain a steady small production of Circuit Boards and Magnetic Coils, one or two Assembler Mk.I feeding several Matrix Labs will cover early research.
  • You can craft matrices manually in the Replicator for very small research needs, but automated Matrix Labs scale research and free up your time.

Power basics

  • Early power is typically from Thermal Power Stations burning Coal or Hydrogen. Keep a stable fuel supply in your Icarus inventory to avoid interruptions to mobile activities.
  • Solar Panels are a renewable option but are less efficient early: they require High-Purity Silicon (often not available on the starting planet), give low power relative to footprint, and usually still need Accumulators to smooth output. For most early games, continue using Thermal Power.
  • Accumulators store electricity for night or peak usage. The Energy Exchanger automates charging and discharging Accumulators: in Charge mode it fills empty Accumulators using excess grid power, in Discharge mode it injects energy from Full Accumulators back into the grid. Base maximum charge/discharge power is significant and can be doubled by applying a Proliferator MK.III spray to Accumulators; the spray effect is persistent and does not get consumed by use.
  • Plan for steady power growth as you unlock more machines and labs; add generators before you hit production stalls.

Storage and logistics

  • Early storage is limited-capacity containers (Storage Mk.I with 30 slots). Use them to buffer inputs/outputs of short production runs and to hold produced matrices or components.
  • Build conveyor belts, sorters and storage to keep assemblers fed and to prevent machine starvation. Prioritize compact, modular production blocks that are easy to expand.

Oil and fluids

  • Crude oil is extracted from specific Crude oil seeps. Extraction speed depends on the specific seep and the extractor used; stronger seeps yield faster.
  • Oil and fluid processing require mid-tier buildings (Oil Refinery, Chemical Plant, Fractionator) which cannot be crafted in the Replicator and should be planned once you have stable basic component lines and power.

Practical priorities and tips

  • Research continuously: unlocking automation, logistics, and power tech unlocks new production capacity and reduces manual crafting.
  • Focus first on a compact, balanced set of lines: Iron/Copper mining → Smelters → Components (Circuit Boards, Magnetic Coils) → Matrix production → Labs.
  • Protect throughput: add duplicate sorters or parallel assemblers when a single machine becomes a bottleneck.
  • Use the planetary map to expand toward nearby resources rather than spreading thinly; relocating a main base to a rich cluster can save a lot of logistical complexity.
  • Automate the things you need most: research matrices, power generation, and core components. Leave exotic production for after you have a reliably running base.

This covers the essentials to get a stable early-game factory: choose your start location for resource clustering, automate Magnetic Coils and Circuit Boards, keep power stable (use Accumulators and Energy Exchangers when available), and prioritize continuous research so you can scale logistics and processing buildings.