Oxygen Not Included bases are a crucial aspect of the game, providing shelter, resources, and protection for your duplicants. In this comprehensive guide, we’ll delve into the intricacies of base design, resource management, and more, empowering you to create thriving and efficient colonies.

From starter bases to endgame fortresses, we’ll explore various architectural designs, discussing their advantages and disadvantages. We’ll also provide strategies for optimizing space, resource management, and efficiency, ensuring your bases are well-equipped to meet the challenges of the game.

Base Design

In Oxygen Not Included, the design of your base is crucial for its success. There are many different types of base designs, each with its own advantages and disadvantages.

Starter bases are typically small and simple, designed to provide basic necessities for your duplicants. They are often built in a single room, with a few basic machines and a few beds. As your colony grows, you will need to expand your base to accommodate more duplicants and more complex systems.

Mid-game bases are typically larger and more complex than starter bases. They may have multiple rooms, each dedicated to a specific purpose, such as food production, research, or storage. Mid-game bases also typically have more advanced machines and systems, such as airlocks, water purifiers, and oxygen generators.

Endgame bases are the most complex and advanced type of base. They are typically very large and may have multiple levels. Endgame bases often have highly specialized rooms and systems, such as automation, power plants, and advanced research facilities.

Resource Management: Oxygen Not Included Bases

Resources are essential for survival in Oxygen Not Included. There are many different types of resources available, each with its own uses. Some of the most important resources include:

• Oxygen: Oxygen is essential for duplicants to breathe. It can be produced by algae terrariums, electrolyzers, or oxygen diffusers.
• Water: Water is essential for duplicants to drink and to use in various machines. It can be found in geysers, pools, or by digging wells.
• Food: Food is essential for duplicants to eat. It can be produced by farms, ranches, or by hunting animals.
• Power: Power is used to operate machines and lights. It can be produced by generators, solar panels, or wind turbines.
• Materials: Materials are used to build structures and machines. They can be found in the environment or by mining.

Atmosphere Control

The atmosphere in Oxygen Not Included is made up of a variety of gases, each with its own effects on duplicants. The most important gases are:

• Oxygen: Oxygen is essential for duplicants to breathe. It is produced by algae terrariums, electrolyzers, or oxygen diffusers.
• Carbon dioxide: Carbon dioxide is produced by duplicants when they breathe. It can be harmful to duplicants if it builds up in the atmosphere.
• Hydrogen: Hydrogen is a flammable gas that can be produced by electrolyzers. It can be used to power generators or to create fuel.
• Chlorine: Chlorine is a toxic gas that can be produced by geysers or by mining certain materials. It can be harmful to duplicants if it builds up in the atmosphere.

Duplicant Management

Duplicants are the lifeblood of your colony. They are responsible for all of the tasks that need to be done to keep your colony running, such as mining, building, and research.

There are many different types of duplicants, each with their own unique skills and abilities. Some duplicants are better at mining, while others are better at research. It is important to choose the right duplicants for the right jobs.

Duplicants also have needs, such as food, sleep, and recreation. It is important to meet these needs in order to keep your duplicants happy and productive.

Hazard Mitigation

There are many hazards that can threaten your colony, such as heat, cold, radiation, and disease. It is important to take steps to mitigate these hazards in order to protect your duplicants.

Some of the most common hazards include:

• Heat: Heat can be produced by machines, geysers, or the sun. It can be harmful to duplicants if it gets too hot.
• Cold: Cold can be produced by geysers or by the environment. It can be harmful to duplicants if it gets too cold.
• Radiation: Radiation can be produced by nuclear reactors or by certain materials. It can be harmful to duplicants if they are exposed to too much of it.
• Disease: Disease can be spread by contaminated food or water. It can be harmful to duplicants if they get sick.

Advanced Techniques

Once you have mastered the basics of Oxygen Not Included, you can start to explore some of the more advanced techniques.

Some of the most common advanced techniques include:

• Automation: Automation can be used to automate tasks, such as mining, building, and research. This can free up your duplicants to focus on other tasks.
• Resource prioritization: Resource prioritization can be used to control how your duplicants use resources. This can help you to optimize your resource usage and avoid shortages.
• Duplicant scheduling: Duplicant scheduling can be used to control when your duplicants work and sleep. This can help you to optimize your duplicant productivity and minimize stress.

FAQ Compilation

What are the key considerations for base design in Oxygen Not Included?

Space optimization, resource management, and efficiency are crucial factors to consider when designing bases. Aim for compact layouts that maximize space utilization, ensure efficient resource distribution, and minimize unnecessary movement.

How can I optimize resource management in Oxygen Not Included?

Plan your resource usage carefully, prioritize essential resources, and implement automation to streamline resource production and distribution. Explore renewable resources and consider recycling systems to minimize waste and maximize sustainability.

What are the common hazards in Oxygen Not Included and how can I mitigate them?

Heat, cold, radiation, and disease are common hazards. To mitigate them, use insulation, cooling systems, radiation shielding, and medical facilities. Implement safety protocols and train duplicants to handle emergencies effectively.