In Oxygen Not Included, a popular colony simulation game developed by Klei Entertainment, players manage “Duplicants” who navigate various survival challenges in a hostile underground environment. One of the unique challenges that players face is the risk of Duplicants developing “popped eardrums” when exposed to excessive air pressure.
This phenomenon can impact the health and efficiency of Duplicants, ultimately affecting the colony’s overall productivity. This article explores the pressure levels that lead to popped eardrums, how to manage and prevent high-pressure environments, and strategies to maintain a safe and effective colony in Oxygen Not Included.
H2: What Are Popped Eardrums in Oxygen Not Included?
In Oxygen Not Included, popped eardrums occur when a Duplicant is exposed to air pressures beyond safe limits. This injury affects Duplicants’ health and productivity, leading to a drop in efficiency.
Duplicants with popped eardrums will often show signs of discomfort, affecting both their morale and movement speed, which can be detrimental to the colony’s growth and daily operations.
High air pressure typically results from excessive oxygen generation or confined spaces where gas accumulates. Knowing how pressure impacts Duplicants is essential for players aiming to create a healthy, sustainable colony.
H2: At What Pressure Do Duplicants Get Popped Eardrums?
Duplicants will get popped eardrums when air pressure reaches or exceeds 2000 grams per tile. While lower pressure levels are generally harmless, going beyond this threshold can cause discomfort and lead to popped eardrums, which in turn hampers Duplicants’ abilities to work effectively.
| Pressure Level | Effect on Duplicants |
| Below 500 g/tile | No adverse effects |
| 500 – 1000 g/tile | Normal range, safe for Duplicants |
| 1000 – 1500 g/tile | Comfortable, no issues |
| 1500 – 2000 g/tile | Slight discomfort, but manageable |
| Over 2000 g/tile | Risk of popped eardrums |
Understanding and monitoring pressure levels are essential to prevent Duplicants from developing popped eardrums, ensuring the colony remains functional.
H2: How Does High Pressure Impact Duplicants?
High-pressure environments can significantly affect Duplicants in several ways. When a Duplicant suffers from popped eardrums, they may experience reduced morale, movement speed, and overall productivity. These adverse effects not only decrease the colony’s efficiency but also increase the time required to complete tasks, resulting in slower resource gathering and slower growth.
For example, a Duplicant with reduced movement speed may take longer to gather materials, repair structures, or perform routine maintenance tasks. This slowdown affects the colony’s ability to meet daily goals, ultimately putting the colony at risk if these issues are not managed.
H2: What Causes High Pressure in Oxygen Not Included?
High pressure in Oxygen Not Included can result from various factors:
Excessive Gas Production: Overproducing oxygen or other gases can lead to a high-pressure environment, especially if the gas has nowhere to disperse.
Confined Spaces: Gases that accumulate in small, confined spaces without adequate ventilation can quickly reach high pressures.
Ineffective Ventilation: Without proper airflow management, gases tend to build up in certain areas, increasing pressure levels.
Managing these factors is crucial to prevent pressure buildup that may harm Duplicants.
H2: How to Manage Pressure Levels in Oxygen Not Included?
Effectively managing pressure levels in Oxygen Not Included requires a combination of strategies to regulate and control gas production and distribution. Here are some recommended steps:
Install Gas Pumps and Vents: Gas pumps and vents allow for effective control of gas distribution, maintaining balanced pressure across the colony.
Use Airflow Tiles: Airflow tiles facilitate gas movement between rooms and floors, preventing gas buildup and pressure spikes.
Control Oxygen Production: Moderating oxygen production can prevent an excess of oxygen in confined spaces, keeping pressure within safe limits.
These strategies ensure Duplicants have a safe environment, free from the risk of popped eardrums and other high-pressure-related issues.
H2: How to Treat Popped Eardrums in Duplicants?
If a Duplicant suffers from popped eardrums, some simple actions can help improve their condition and prevent further discomfort:
Relocate the Duplicant: Moving the affected Duplicant to a lower-pressure area will help reduce discomfort and speed up recovery.
Provide Rest: Allowing the Duplicant to rest in a safe, comfortable environment can promote healing and minimize the impact on their performance.
Use Med-Beds: Med-beds offer a safe place for Duplicants to recover, ensuring they return to full health sooner.
Treating popped eardrums quickly ensures Duplicants can return to work without long-lasting effects, keeping the colony efficient and productive.
H2: Preventing Popped Eardrums Through Effective Base Design
Preventing high-pressure environments requires a well-thought-out base design. Here are some tips to ensure your colony remains pressure-safe:
Plan for Spacious Rooms: Creating larger rooms allows gases to disperse more evenly, reducing the risk of high-pressure areas.
Implement Gas Reservoirs: Storing excess gases in reservoirs helps manage pressure by reducing the volume of free gas in the environment.
Designate Ventilation Areas: Creating specific rooms for ventilation helps control gas flow and pressure across the base.
These design strategies ensure Duplicants operate in a comfortable and safe environment, reducing the likelihood of high-pressure incidents.
H2: Tools and Resources to Monitor Pressure in Oxygen Not Included
Monitoring pressure levels is critical for preventing popped eardrums. Some useful in-game tools and resources to help players manage pressure effectively include:
Pressure Gauges: Pressure gauges provide real-time data on the pressure levels in different areas, allowing players to identify potential high-pressure zones.
Gas Overlay: The gas overlay feature lets players visualize gas distribution and concentration, making it easier to spot areas at risk for pressure buildup.
Automation: By connecting pressure gauges to automation systems, players can automatically activate gas pumps when pressure reaches unsafe levels.
Using these tools, players can maintain pressure levels within safe limits, protecting Duplicants and optimizing the colony’s performance.
Conclusion: Oxygen Not Included At What Pressure Do Duplicants Get Popped Eardrums
In Oxygen Not Included, Duplicants are at risk of popped eardrums when exposed to air pressures above 2000 grams per tile. Preventing high-pressure environments requires diligent management of gas production, effective ventilation, and a well-designed base layout.
By understanding the causes of high pressure and implementing preventive measures, players can maintain a safe and productive environment for their Duplicants. Managing pressure is essential for the health and efficiency of the colony, making it a priority for any successful Oxygen Not Included player.
FAQs: Oxygen Not Included At What Pressure Do Duplicants Get Popped Eardrums
What other factors affect Duplicants’ health in Oxygen Not Included?
A1: Apart from pressure, factors like temperature, oxygen levels, and food quality significantly impact Duplicants’ health. Extreme temperatures can lead to heatstroke or hypothermia, while poor food quality may decrease morale and productivity.
Can popped eardrums be fatal for Duplicants?
A2: Popped eardrums are not fatal in Oxygen Not Included, but they can severely impact a Duplicant’s efficiency. If left untreated, it can slow down work progress and affect overall colony operations.
How can I reduce oxygen production without affecting Duplicants?
A3: Players can optimize oxygen generation by placing oxygen-producing structures in key locations and reducing the production rate during times when oxygen demand is lower, balancing pressure without sacrificing the colony’s oxygen supply.
Is there an ideal air pressure range for Duplicants to operate comfortably?
A4: Duplicants operate best within an air pressure range of 500-1500 grams per tile, where they experience no discomfort and remain fully productive.
