Plan B: Terraform demo

Plan B: Terraform is a resource-management, transportation, automation, colony-simulation, and sandbox game set on a large hexagonal planet. The demo centers on transforming a barren world into a habitable one by extracting minerals, manufacturing industrial goods, supplying cities, and expanding infrastructure.

The early game is less about rapid population growth and more about building a dependable production chain. Iron supports steel, steel supports mechanical parts, and mechanical parts unlock additional factories, trucks, and terraforming equipment. Once the basic industrial network works, concrete and oxygen become essential for city development.

Video Highlights:

• Establishes an early iron, steel, and mechanical-parts production chain.
• Demonstrates how factories, assembly plants, depots, and trucks interact.
• Shows city growth through concrete and oxygen deliveries.
• Highlights the importance of route length and transport capacity.

Core Systems at a Glance

The demo combines factory automation with a transportation network. Instead of relying primarily on conveyor belts, you create production lines with depots and move materials between locations using trucks. This makes layout planning and route distance important from the beginning.

The strongest opening for the Plan B: Terraform demo is a compact industrial chain built around iron. Start by locating an iron deposit, placing an extractor, and adding a depot nearby. Set the depot to accept iron before adding downstream buildings.

Factories and assembly plants do not automatically understand every intended material. Each building must be configured for its recipe, while depots must be assigned the item they store or distribute. A wrong setting can make a production line appear inactive even when the resource supply is available.

Recommended Opening Order

A useful rule is to separate raw-resource extraction, basic manufacturing, and advanced assembly into visible groups. This makes it easier to change a recipe without accidentally removing an important production step.

Transportation becomes the main challenge once cities are located away from the industrial zone. Roads connect production regions with settlements, while road stops allow trucks to load and unload containers. A route may function correctly but still feel slow because vehicles travel across large distances on the planetary map.

Before assigning trucks, verify three things:

1. The origin depot contains the correct item.
2. The destination road stop is connected to a receiving depot.
3. The truck is assigned to the intended origin, destination, and resource.

Concrete is one of the first important city supplies. It is produced from sulfur and can be used for roads and settlement infrastructure. Once a city needs oxygen, atmospheric extractors become part of the supply chain. These require additional industrial preparation, including aluminum bars and mechanical parts.

Route Planning Priorities

The demo’s truck logistics reward patience and organization. A large fleet does not always solve a shortage if the source factory is idle or the destination depot is configured incorrectly. Add vehicles gradually, then increase capacity when the city’s annual demand clearly exceeds current deliveries.

City growth depends on more than placing buildings. Settlements require regular supplies, and their status can change between stable and growing as demand increases. Concrete supports infrastructure, while oxygen becomes important as population rises and the settlement develops.

Atmospheric extractors are a key step toward habitability. They generate oxygen and may also produce carbon as part of the atmospheric process. The important early objective is to create enough extractor capacity and deliver oxygen to the city through a functioning logistics route.

Efficient Expansion Pattern

Begin with one main city and establish a dependable supply route before supporting several settlements. Multiple cities can share production, but long-distance transport can make shortages difficult to diagnose. A second industrial cluster near another resource deposit may be more efficient than sending every truck across the planet.

Use supply centers to support city expansion, but avoid placing them before the required construction materials are ready. The best time to expand is when the existing industrial network has spare output and your transport fleet is not already struggling with demand.

A growing city can expose weaknesses in a supply chain that appeared sufficient at a smaller population. Recheck demand after every major expansion, especially when several settlements begin requesting the same material.

After the first city becomes stable, shift from emergency construction to deliberate network design. The demo supports a relaxed sandbox approach, so there is value in improving layouts even when the immediate objective is already complete.

Higher-tier development introduces materials such as reinforced concrete, polymer bars, and high-tech parts. These resources require additional production planning and make it worthwhile to create dedicated industrial districts instead of repeatedly reconfiguring the same buildings.

Recommended District Structure

Follow these principles as the network expands:

• Keep each material’s depot visually distinct.
• Reserve space around factories for future production buildings.
• Build roads in clean lines rather than wrapping them around every structure.
• Check the destination before adding more trucks.
• Move production closer to a city when route time becomes the primary bottleneck.
• Preserve spare capacity for population growth and new construction requirements.

The official Plan B: Terraform demo announcement on Steam provides the relevant demo and development context. For current availability and updates, use the game’s official Steam page and developer channels.