The Most Comfortable Air Pressure, Ranked

Voting rules: Choose the air pressure you think is the most comfortable!

Updated on Apr 22, 2024 06:29

When preparing for a journey or just going about daily activities, the atmosphere's pressure can remarkably influence comfort and well-being. Finding the right air pressure can determine how energizing your day is or how effortlessly you can relax and unwind. Knowing which settings are most preferred by a wide community can guide others in making comfortable choices. This ranking serves as a collective assessment, where every individual's vote sheds light on what is considered the most soothing environment. By participating, you contribute to a broader understanding that assists others in optimizing their settings for maximum comfort. Your input is valuable, enabling a dynamic resource that adjusts as more people share their preferences.

What Is the Most Comfortable Air Pressure?

1

69
votes
Penndyl · CC BY-SA 4.0

1013 hPa (sea level pressure)

This is considered the standard atmospheric pressure at sea level, and most people are accustomed to this pressure. It's also the pressure that weather forecasts often refer to.
1013 hPa (sea level pressure) refers to the standard atmospheric pressure at sea level. It is the average pressure exerted by the weight of the air above an area. This reference value is widely used as a baseline for measuring and comparing atmospheric pressure in meteorology and aviation.

Measurement Unit: hectopascal (hPa)

Equivalent Unit: millibar (mb)

Approximation in Inches of Mercury: 29.92 inHg

Approximation in Millimeters of Mercury: 760 mmHg

Equivalent in Pounds per Square Inch: 14.7 psi
2

29
votes
1000 hPa

This pressure is slightly lower than sea level pressure and is often used as a reference pressure in meteorology. It's still a comfortable pressure for most people, as it's not too different from what they're used to.
1000 hPa, also referred to as 1000 hectopascals, is a standard atmospheric pressure at sea level. It is widely considered to be the most comfortable air pressure for human beings.

Unit: hPa (hectopascals)

Equivalent: 29.53 inches of mercury (inHg)

Sea level pressure: Yes

Comfort level: Highly comfortable for human beings

Commonly used in: Aviation, meteorology
3

19
votes
950 hPa

This pressure is higher than what some people are used to, but it's still within a comfortable range for most. At this pressure, the air is denser, which can make breathing feel easier for some people.
950 hPa refers to a specific air pressure measurement commonly used in meteorology and aviation. It represents a pressure of 950 hectopascals (hPa), which is equivalent to 950 millibars (mbar). This air pressure value is often associated with high-altitude weather systems and is an important factor for weather forecasting and aircraft operations.

Measurement: 950 hPa

Equivalent: 950 mbar

Use cases: Meteorology, aviation

Common association: High-altitude weather systems

Importance: Weather forecasting, aircraft operations
4

29
votes
嘉傑 · CC BY-SA 4.0

900 hPa

This pressure is getting lower, but still within a range that many people find comfortable. At this pressure, the air is even denser than at 950 hPa, which can make breathing even easier for some people.
900 hPa is a measure of air pressure, specifically referring to a pressure of 900 hectopascals. It is commonly associated with atmospheric conditions at higher altitudes or in regions with low atmospheric pressure.

Unit: hPa

Conversion: 900 hPa = 900 millibars = 26.58 inches of mercury

Altitude: Approximately 1,000 meters (3,280 feet) above sea level

Typical Weather: Variable, depending on geographical location

Air Density: Lower than at sea level
5

14
votes
850 hPa

This pressure is lower than what most people are used to, but some people might find it comfortable. At this pressure, the air is less dense, which can make breathing feel slightly more difficult.
850 hPa is a measurement of air pressure commonly used in meteorology. It refers to the atmospheric pressure at an altitude of approximately 1,500 meters above sea level. The abbreviation 'hPa' stands for hectopascals, which is the unit of measurement for atmospheric pressure.

Altitude: Approximately 1,500 meters above sea level

Pressure Measurement: 850 hectopascals

Common Usage: Meteorology, specifically in weather forecasting and aviation

Pressure Trend: Indicates the vertical movement of air masses and weather systems

Atmospheric Stability: Indicates the stability of the atmosphere at the specified altitude
6

12
votes
800 hPa

This pressure is getting lower, and most people would likely find it uncomfortable. At this pressure, the air is significantly less dense, which can make breathing feel much more difficult.
The 800 hPa air pressure is a measurement used in meteorology to represent the atmospheric pressure at a specific altitude. It indicates the pressure exerted by the weight of the air above the altitude of 800 hectopascals (hPa) or millibars.

Altitude: ~ 2,000 feet above sea level

Weather Patterns: Associated with high-pressure systems

Temperature: Varies depending on location and time of year

Air Density: Lower compared to sea level pressure

Air Pressure Gradient: Decreases with increasing altitude
7

7
votes
750 hPa

This pressure is even lower than 800 hPa, and most people would likely find it uncomfortable. At this pressure, the air is very thin, which can make breathing feel very difficult.
750 hPa is a measurement of air pressure referring to 750 hectopascals. It is considered to be a comfortable air pressure level for human beings. This measurement is commonly used for aviation purposes, meteorology, and in some specialized industries. It represents the average atmospheric pressure at an altitude of approximately 2500 meters above sea level.

Measurement: 750 hectopascals (hPa)

Altitude: Approximately 2500 meters above sea level

Comfortable Level: Considered comfortable for human beings

Usage: Aviation, meteorology, specialized industries

Standardized By: International Civil Aviation Organization (ICAO)
8

8
votes
700 hPa

This pressure is even lower than 750 hPa, and most people would likely find it very uncomfortable. At this pressure, the air is extremely thin, which can make breathing feel almost impossible.
700 hPa refers to the atmospheric pressure of 700 hectopascals. It is commonly known as a standard air pressure level used in aviation and meteorology.

Air Pressure: 700 hPa

Altitude: around 10,000 feet (above sea level)

Temperature Range: -50°C to -70°C (-58°F to -94°F)

Oxygen Level: About 70% compared to sea level

Use in Aviation: Used as a reference level for flight planning and air traffic control
9

7
votes
Walter J. Pilsak, Waldsassen, Germany · CC BY-SA 3.0

650 hPa

This pressure is even lower than 700 hPa, and most people would likely find it extremely uncomfortable. At this pressure, the air is almost too thin to breathe.
650 hPa refers to 650 hectopascals, which is a unit of atmospheric pressure commonly used in meteorology. It is associated with a relatively low air pressure, indicating a region of lower atmospheric density.

Unit: 650 hPa

Corresponding altitude: Approximately 4,920 meters (16,141 feet) above sea level

Weather conditions: Usually indicative of low-pressure systems or regions

Temperature: Varies based on location and other factors

Wind speed: Depends on local weather patterns
10

3
votes
600 hPa

This pressure is the lowest on this list, and most people would find it unbearable. At this pressure, the air is so thin that it's difficult to breathe, and altitude sickness is a significant risk.
600 hPa is a measure of air pressure commonly used in meteorology. It refers to a pressure level of 600 hectopascals (hPa) in the atmosphere. Hectopascals are a unit of pressure derived from the Pascal unit, and they are commonly used in meteorology to describe atmospheric pressure. In terms of comfort, air pressure at 600 hPa is generally considered to be in the mid-range, neither too high nor too low. This pressure level can be found at different altitudes depending on the weather conditions and location.

Unit: Hectopascals (hPa)

Range: Varies with altitude and weather conditions

Comfort: Generally considered mid-range, neither too high nor too low

Application: Commonly used in meteorology and aviation

Conversion: 1 hPa = 1 millibar (mb)

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Ranking factors for comfortable air pressure

Temperature

Higher temperatures cause air pressure to drop, while colder temperatures can result in denser air and higher pressure. The air pressure should be stable at room temperature (around 21°C or 70°F) for optimal comfort.
Humidity

High levels of humidity can make the air feel heavy and uncomfortable, while low humidity can cause dryness and irritation. Ideal comfortable air pressure should exist in an environment with moderate humidity levels.
Ventilation

Good ventilation helps maintain comfortable air pressure and prevents the buildup of pollutants, allergens, and moisture in the air.
Personal preferences

Comfort levels can vary from person to person. Some individuals might be more sensitive to fluctuations in air pressure and find certain climates more or less comfortable.

About this ranking

This is a community-based ranking of the most comfortable air pressure. We do our best to provide fair voting, but it is not intended to be exhaustive. So if you notice something or pressure is missing, feel free to help improve the ranking!

Statistics

1727 views
196 votes
10 ranked items

Voting Rules

A participant may cast an up or down vote for each pressure once every 24 hours. The rank of each pressure is then calculated from the weighted sum of all up and down votes.

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More information on most comfortable air pressure

Air pressure is an important factor to consider when it comes to comfort, especially when it comes to the air pressure we experience in airplanes, cars, and even our own homes. The right air pressure can help us feel relaxed and at ease, while the wrong air pressure can cause discomfort and even pain. Most people are familiar with the feeling of their ears popping during a plane's ascent or descent - this is due to changes in air pressure. High altitudes can cause a drop in air pressure, which can cause discomfort in our ears, sinuses, and even our stomachs. On the other hand, too much air pressure can also be uncomfortable. This is often the case in cars or other vehicles that are sealed tightly - the air pressure inside the vehicle can become too high, causing a feeling of stuffiness or even headaches. Finding the perfect air pressure is a delicate balance, and it can vary depending on the individual and the situation. By understanding the factors that influence air pressure and how it impacts our comfort, we can make informed decisions about how to create the most comfortable environment possible.