Plan B: Terraform how to play

Plan B: Terraform is a planetary logistics and city-growth game built around production chains, transportation, and environmental change. Your first objective is not rapid expansion. It is creating a stable industrial base that can scale without constant demolition.

Begin by zooming out and enabling the map overlay that reveals elevation. Pale lowlands are likely to become ocean areas as terraforming progresses, while thicker flow lines can indicate future rivers. Place early factories on higher ground near a city, but avoid steep mountain terrain and obvious water channels.

Prioritize locations with access to iron, aluminum, and silver. Iron supports the first construction chain, aluminum becomes important for atmospheric equipment, and silver supports concrete production. The starting location does not need to be perfect because early industry can later be replaced or reorganized.

Video Highlights:

• Identify high ground before placing factories or city infrastructure.
• Build iron extractors, steel production, and assembly plants in linked chains.
• Use concrete routes and supply centers to begin city growth.
• Scale truck capacity before production begins to backlog.

The safest early layout follows a simple pattern: extract raw material, process it in a factory, move the output to a depot, and finish it in an assembly plant. Repeat the pattern in a straight line whenever possible.

For iron, start with extractors feeding depots assigned to iron ore. Send that ore into a factory for steel bars, then use another depot to feed an assembly plant. This produces the construction items needed to expand the industrial network. Duplicate the chain rather than mixing unrelated products into one crowded area.

Concrete follows a similar structure. Place silver extractors, a factory for concrete, and assembly plants for roads or supply centers. One concrete factory can support multiple road assembly plants, so expand the output side when road demand rises instead of immediately adding another complete mining chain.

A useful layout principle from the Plan B: Terraform Basic Tips guide on Steam is to alternate depots and factories in repeatable lines. This makes future scaling a matter of extending the pattern instead of dismantling the original base.

City growth depends on delivering the requested resources through roads, trucks, depots, and supply centers. Start with one city so you can understand its demand before supporting several colonies at once.

Place a supply center near the city and check its current requirements. If it requests concrete, create a dedicated concrete supply route. Build a road from the production depot toward the city, add a receiving depot near the city, and assign trucks to travel between the two points.

Transportation capacity must match production. If a factory makes more concrete than the trucks can carry, the factory will appear productive while the city receives too little. Add trucks before increasing production again. When routes become confusing, use the route reversal control to switch the start and destination points.

Keep city inputs separate whenever possible. One node for concrete, another for oxygen, and another for food make shortages visible. This approach also makes later upgrades easier because you can expand one resource route without disrupting every other delivery.

As cities grow, new requirements appear. Concrete may be replaced by reinforced concrete, oxygen may require atmospheric extractors, and advanced food systems may require seeds, water, compost, and farm infrastructure. Treat every new demand as its own production and transport project.

Atmospheric extractors become central once a city requests oxygen. They also produce carbon, which can support polymer and high-tech part production. Plan to use both outputs rather than allowing one material to fill storage.

Waste becomes a major logistics concern as population rises. Waste disposal sends waste away from the city, while recycling centers convert metal waste into useful steel and aluminum bars. Recycling only works smoothly when the outputs have somewhere to go. If recycled materials fill their storage, the chain can stop and city growth may stall.

Use recycled steel for construction products such as reinforced concrete or extractors. Aluminum can support high-tech parts when another use is not immediately available. The goal is not to maximize every output independently; it is to keep every connected chain moving.

At larger city sizes, increase the number of waste depots and transport vehicles before the waste network becomes saturated. A city can produce more waste than the original roads and trucks were designed to handle.

Rail transport becomes available when the required population milestone is reached. Trains carry substantially more material than early truck routes, but they need proper track design and loops to operate effectively.

Build dedicated production sectors for major products and leave space for input and output stations. A single facility per product is easier to monitor than many scattered duplicates. When demand rises, extend that sector or create a planned parallel block rather than placing factories wherever a free tile appears.

Trains can share tracks, but every route needs a usable loop. Before assigning several trains, test the track with one route and confirm that loading, unloading, and circulation work correctly. Keep city supply and waste routes visually separate from factory logistics where possible.

Plan B: Terraform rewards future-proofed construction. Reserve space for larger depots, train stations, and additional supply nodes even if the early settlement does not need them. This is especially important around cities, where demolition can interrupt several active routes.

Once your industrial base is stable, unlock food and ecological systems. Space elevator infrastructure introduces specialized city development, seeds, and later food production. Water must be sourced from suitable underground areas, while farms require fertile land, field seeds, grain silos, and a route for harvested food.

Terraforming develops alongside population growth. Oxygen, trees, food, and water systems gradually change the planet while expanding what cities can request.

Use atmospheric extractors to support oxygen production and carbon-based materials. When tree systems unlock, place pine trees in cooler regions and eucalyptus trees closer to the equator. Small planted areas can spread greenery over time, so distribute them across suitable fertile zones instead of concentrating every tree in one location.

Food production requires more planning than early concrete or oxygen delivery. The chain can involve seeds from the space elevator, compost, water, food processors, field seeds, farms, grain silos, and quality food production. Build each stage as a separate, inspectable node.

Use the environmental alert or inspection tools to locate flooded roads and buildings. As oceans and rivers develop, some early infrastructure may become unsuitable. Moving or rebuilding a section is preferable to allowing a critical supply route to fail.

Your long-term objective is a planet-wide network that connects industrial regions, cities, farms, waste processing, and ecological systems. Keep production readable, route each output to a consumer, and upgrade transport before demand overwhelms it.