To optimize space in your base design in Oxygen Not Included, consider using compact layouts for rooms and infrastructure, using vertical space efficiently, incorporating automation for resource management, and planning for future expansion by leaving room for additional structures or systems within your base.
Utilizing Floorspace Efficiently
To optimize the use of space in your base design in Oxygen Not Included, it is crucial to carefully plan and strategize how you allocate floorspace. One effective approach is to utilize a grid-based system, where rooms and infrastructure are organized in a systematic manner. By creating a grid layout, you can efficiently space out different components of your base and ensure that no area is wasted.
Room Organization and Efficiency
Another key aspect of space optimization is the organization of rooms within your base. It is essential to group related rooms together to create efficient workflows and reduce travel time for your duplicants. For example, placing bedrooms close to the central hub of your base can minimize the time duplicants spend walking to rest, while locating food production areas near dining rooms can streamline meal preparation and consumption.
Vertical Design and Multi-Level Bases
Consider incorporating vertical design elements into your base layout to maximize the use of space. Building multiple levels allows you to stack rooms and infrastructure vertically, providing additional floorspace without expanding horizontally. By utilizing ladders, fire poles, or transit tubes, duplicants can easily move between different levels of your base, promoting efficiency and reducing congestion on the same floor.
Compact Machinery Placement
When designing your base, pay close attention to the placement of machinery and equipment to ensure they are compact and efficiently arranged. Clustering machinery that serves a similar purpose together can reduce the overall footprint of your base and streamline maintenance and operation. Additionally, consider positioning machinery near relevant rooms to minimize travel time for duplicants and enhance productivity.
Automation and Smart Systems
Implementing automation and smart systems can significantly improve the efficiency of your base design and help optimize space utilization. By utilizing sensors, automation wires, and logic gates, you can create self-regulating systems that operate machinery and control room functions with minimal duplicant intervention. Automation can also help save space by reducing the need for manually-operated components and streamlining workflows.
Efficient Plumbing and Gas Systems
When designing the plumbing and gas systems in your base, prioritize efficiency and optimization to make the most of available space. Use compact piping layouts and consider implementing bridges, valves, and filters to control the flow of liquids and gases effectively. By planning out your plumbing and gas systems meticulously, you can prevent unnecessary clutter and ensure that your base operates smoothly and efficiently.
Flexible Room Designs and Modular Construction
To adapt to changing needs and optimize space in your base, consider utilizing flexible room designs and modular construction techniques. Build rooms that can serve multiple purposes or be easily reconfigured as needed, allowing you to maximize the utility of each space. Modular construction enables you to expand and modify your base layout efficiently, accommodating new infrastructure or changing priorities without extensive reconstruction.
Sustainable Resource Management
Finally, to optimize space in your base design, focus on sustainable resource management practices that minimize waste and promote efficiency. Utilize renewable resources such as water, oxygen, and food to reduce the space needed for storage and production facilities. Implement recycling systems to repurpose waste materials and utilize them in resource production, ensuring that every inch of your base serves a purpose and contributes to its overall functionality.