Pint (US) to Cubic meter Converter
Convert US pints to cubic meters with our free online volume converter.
Quick Answer
1 Pint (US) = 0.000473 cubic meters
Formula: Pint (US) × conversion factor = Cubic meter
Use the calculator below for instant, accurate conversions.
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Pint (US) to Cubic meter Calculator
How to Use the Pint (US) to Cubic meter Calculator:
- Enter the value you want to convert in the 'From' field (Pint (US)).
- The converted value in Cubic meter will appear automatically in the 'To' field.
- Use the dropdown menus to select different units within the Volume category.
- Click the swap button (⇌) to reverse the conversion direction.
How to Convert Pint (US) to Cubic meter: Step-by-Step Guide
Converting Pint (US) to Cubic meter involves multiplying the value by a specific conversion factor, as shown in the formula below.
Formula:
1 Pint (US) = 0.000473176 cubic metersExample Calculation:
Convert 10 US pints: 10 × 0.000473176 = 0.00473176 cubic meters
Disclaimer: For Reference Only
These conversion results are provided for informational purposes only. While we strive for accuracy, we make no guarantees regarding the precision of these results, especially for conversions involving extremely large or small numbers which may be subject to the inherent limitations of standard computer floating-point arithmetic.
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View all Volume conversions →What is a Pint (US) and a Cubic meter?
What Is a US Liquid Pint?
The US liquid pint is a unit of volume in the United States customary measurement system, defined as:
- Exactly 16 US fluid ounces
- Exactly 2 US cups
- Exactly one-half (1/2) of a US quart
- Exactly one-eighth (1/8) of a US gallon
- Exactly 28.875 cubic inches
- Exactly 473.176473 milliliters (by definition from 1959 international agreement)
The US liquid pint is the standard unit for serving beer in American bars, packaging milk and ice cream in grocery stores, and measuring moderate liquid quantities in recipes.
US Pint vs. Metric: Key Comparison
US Pint:
- 473.176 milliliters (about 473 mL)
- 0.473 liters (just under half a liter)
- Used primarily in United States
- Based on 1707 wine gallon (231 cubic inches)
Half Liter (500 mL):
- 500 milliliters (exactly)
- 1.057 US pints (about 6% larger)
- Global metric standard
- Used worldwide outside US/UK
Visual comparison:
- A US pint is about 27 mL smaller than half a liter (500 mL)
- 500 mL ≈ 17 fl oz (slightly more than a US pint)
- Many European "pint" beer glasses are actually 500 mL, not true pints
US Liquid Pint vs. US Dry Pint
The United States has two different pints:
US Liquid Pint:
- 473.176 mL
- Used for liquids (water, milk, beer, oil)
- 1/8 of US liquid gallon
- Standard for beverages and cooking
US Dry Pint:
- 550.610 mL (about 16% larger)
- Used historically for dry goods (berries, produce)
- 1/8 of US dry gallon
- Rarely used today
When it matters: If you buy a pint of strawberries or blueberries at a farmers market, the container might technically be a dry pint (550 mL), which is larger than a liquid pint. In practice, most commercial packaging uses liquid pint measurements or simply lists volume in fluid ounces.
The SI Coherent Derived Unit
The cubic meter is defined as the volume of a cube with edges of exactly 1 meter.
Mathematical expression:
1 m³ = 1 m × 1 m × 1 m
Physical dimensions:
- Length: 100 cm = 1,000 mm = 3.28084 feet
- Width: 100 cm = 1,000 mm = 3.28084 feet
- Height: 100 cm = 1,000 mm = 3.28084 feet
Volume: 1,000,000 cm³ = 1,000 L
Relationship to the Liter
The liter (L), while not an official SI base unit, is universally accepted for use with SI:
1 m³ = 1,000 liters (exactly)
1 liter = 1 cubic decimeter (dm³) = 0.001 m³
This relationship is exact by definition: 1 L = 1 dm³ = (0.1 m)³ = 0.001 m³
Water Mass Relationship
One of the metric system's most elegant features:
At 4°C (maximum water density):
- 1 m³ of water = 1,000 kg = 1 metric ton (tonne)
- 1 L of water = 1 kg
- 1 mL of water = 1 gram
This relationship was intentional in the metric system's original design, though modern definitions are based on physical constants rather than water properties.
Metric Prefixes Applied to Volume
Cubic meter subdivisions and multiples:
Smaller volumes:
- 1 cubic decimeter (dm³) = 0.001 m³ = 1 L
- 1 cubic centimeter (cm³) = 0.000001 m³ = 1 mL
- 1 cubic millimeter (mm³) = 0.000000001 m³ = 1 µL
Larger volumes:
- 1 cubic kilometer (km³) = 1,000,000,000 m³ = 10⁹ m³
Note: Unlike linear measurements, volume scales with the cube of the length multiplier. For example, 1 km = 1,000 m, so 1 km³ = (1,000 m)³ = 1,000,000,000 m³ (billion cubic meters).
Note: The Pint (US) is part of the imperial/US customary system, primarily used in the US, UK, and Canada for everyday measurements. The Cubic meter belongs to the metric (SI) system.
History of the Pint (US) and Cubic meter
Etymology: From "Painted Mark" to Standard Measure
The word "pint" derives from the Old French word "pinte," which likely comes from the Latin "picta" meaning "painted" or "marked." This etymology refers to the historical practice of painting marks on the inside or outside of drinking vessels and storage containers to indicate specific volumes—the painted line showed exactly where liquid should reach to constitute one pint.
This practical origin reflects the medieval need for standardized trade measurements. Tavern keepers, merchants, and households needed a reliable way to measure and sell liquids like ale, wine, milk, and oil without expensive or complex measuring equipment.
English Origins: The Wine Gallon System (1707)
The US liquid pint traces its origins to the English wine gallon system established in 1707 during the reign of Queen Anne. The Wine Gallon Act defined the gallon as 231 cubic inches, creating a standard for wine trade throughout the British Empire.
Within this system:
- 1 gallon = 231 cubic inches
- 1 quart = 1/4 gallon = 57.75 cubic inches
- 1 pint = 1/8 gallon = 28.875 cubic inches = 473.176 mL
This wine gallon system was used alongside the ale gallon (282 cubic inches, used for beer) and the corn gallon (268.8 cubic inches, used for grain), creating significant measurement confusion in colonial-era commerce.
American Independence and Measurement Continuity
When the United States gained independence in 1776, the young nation inherited British measurement systems. Unlike Britain, which would later reform its measurements, the United States retained the 1707 wine gallon standard and made it the foundation of American liquid measurement.
In 1832, the US Treasury Department officially standardized the US gallon at 231 cubic inches, making the US liquid pint exactly one-eighth of this gallon (28.875 cubic inches or 473.176 mL). This formalized what had been common practice in American trade and taverns since colonial times.
British Imperial Divergence (1824)
In 1824, Britain adopted the Imperial system under the Weights and Measures Act, creating a new, larger gallon based on 10 pounds of water at 62°F. This Imperial gallon measured 277.42 cubic inches, about 20% larger than the US gallon.
This change meant:
- Imperial pint = 1/8 Imperial gallon = 568.261 mL
- US liquid pint = 1/8 US gallon = 473.176 mL
- Difference: The Imperial pint is 20% larger than the US pint
This divergence created permanent confusion for trade, travel, and recipes between the United States and Britain. When British cookbooks call for "a pint of milk," they mean 568 mL—significantly more than the 473 mL in an American pint.
Metric Definition (1959)
The 1959 International Yard and Pound Agreement between the United States, United Kingdom, Canada, Australia, New Zealand, and South Africa refined measurement definitions in metric terms. The agreement established:
- 1 inch = 25.4 millimeters (exactly)
- 1 US gallon = 231 cubic inches = 3.785411784 liters (exactly)
- 1 US pint = 1/8 gallon = 473.176473 milliliters (exactly)
This metric definition ended ambiguity about the pint's exact size in international scientific and trade contexts, though the US continued to use customary pint measurements in everyday commerce.
Modern Usage: Beer, Milk, and Ice Cream Standard
Today, the US liquid pint remains deeply embedded in American consumer culture, particularly in three major industries:
Beer Industry: American bars and breweries serve beer in pint glasses (16 fl oz), which has become the default "standard" serving size. Craft breweries often emphasize "pint" servings as a mark of value.
Dairy Industry: Milk has been sold in pint containers (16 fl oz) since the early 20th century, alongside quart and half-gallon sizes. School milk programs often use half-pint (8 oz) cartons.
Ice Cream Industry: Ice cream has been packaged in pint containers since at least the 1940s, with Ben & Jerry's popularizing the "pint" as an individual or couple's serving size starting in 1978.
The pint's survival in the metric age reflects its practical size—large enough for a satisfying beverage or dessert serving, but small enough to be consumed in one sitting.
The French Revolution and the Birth of the Meter (1789-1795)
Pre-revolutionary chaos: Before 1789, France had over 250,000 different local units of measurement, creating economic havoc. Volume measures like the pinte (pint), setier (bushel), and muid varied from town to town, making trade and taxation nearly impossible to standardize.
Revolutionary solution: The National Assembly commissioned the French Academy of Sciences (1791) to create a universal measurement system based on:
- Natural phenomena (not royal decrees)
- Decimal division (base-10, like currency)
- International applicability
The meter's original definition: One ten-millionth (1/10,000,000) of the distance from the North Pole to the equator, measured along the meridian passing through Paris.
The Méchain-Delambre Survey (1792-1798)
The mission: Astronomers Pierre Méchain and Jean-Baptiste Delambre were tasked with measuring the meridian arc from Dunkirk (northern France) to Barcelona (Spain) to establish the meter's precise length.
Seven-year expedition:
- Conducted during the French Revolution and Reign of Terror
- Used triangulation with specialized instruments
- Faced political upheaval, war, and personal hardship
- Measured 115 triangulation stations across France and Spain
Result: Determined the meter as 39.37008 inches (very close to modern value). The cubic meter logically followed as this length cubed.
Legal Adoption of the Metric System (1795-1799)
Law of 18 Germinal, Year III (April 7, 1795): France legally adopted the metric system, including the cubic meter for volume measurements.
Initial resistance: Traditional merchants and citizens resisted the new system. Napoleon temporarily restored old units in 1812 before reimposing the metric system permanently in 1840.
Prototype meter bar: The platinum Mètre des Archives (1799) became the physical standard, defining the meter (and thus cubic meter) for the next century.
International Spread (1800s-1900s)
European adoption:
- Netherlands (1816): First country after France to adopt the metric system
- Belgium (1820)
- Spain, Italy, Portugal (1850s-1860s)
- Germany (1872, unified after becoming a nation)
Latin America: Most countries adopted the metric system in the 19th century, facilitated by independence from Spain and Portugal.
Scientific community: The British Association for the Advancement of Science recommended metric adoption (1863), though official UK adoption took another century.
Meter Convention and BIPM (1875)
Treaty of the Meter (Convention du Mètre): Signed by 17 nations in Paris (1875), establishing:
- Bureau International des Poids et Mesures (BIPM): International standards organization
- International prototypes: Platinum-iridium meter bar (1889) and kilogram
- Regular conferences (CGPM): To update definitions
Impact on cubic meter: Standardizing the meter internationally made the cubic meter a truly global volume unit.
Modern Redefinition: Speed of Light (1983)
Problem with physical artifacts: The platinum-iridium meter bar could degrade, limiting precision.
New definition (17th CGPM, 1983): The meter is defined as "the length of the path traveled by light in vacuum during a time interval of 1/299,792,458 of a second."
Impact:
- The meter is now defined by physical constants (speed of light, atomic time)
- Invariant and reproducible anywhere in the universe
- The cubic meter inherits this precision: (299,792,458 m/s)³
Practical result: The cubic meter is no longer dependent on any physical object—it's a fundamental constant of nature.
SI System Formalization (1960)
11th CGPM (1960): Established the Système International d'Unités (SI), modernizing and standardizing the metric system.
Cubic meter's role: Designated as the coherent derived unit for volume in SI, meaning it's formed from base units (meter) without conversion factors.
Common Uses and Applications: US pints vs cubic meters
Explore the typical applications for both Pint (US) (imperial/US) and Cubic meter (metric) to understand their common contexts.
Common Uses for US pints
1. Beer and Alcoholic Beverage Service
The US pint is synonymous with beer service in American drinking culture:
Bar and restaurant service:
- Standard beer pour: 16 fl oz (1 pint) is the default serving size at most American bars
- Draft beer: Served in pint glasses (shaker pint, nonic, tulip pint styles)
- Craft breweries: Taproom pours typically offered in full pints or half-pints (8 oz)
- Beer flights vs pints: Flights offer 4-5 small samples; pints are full-size servings
- Pricing structure: Beer priced per pint, with happy hour "pint specials"
Glassware types:
- Shaker pint (American pint): Straight-sided 16 oz glass, industry standard
- Nonic pint: British-style with bulge near rim, holds 16 oz in US version
- Imperial pint glass: 20 oz glass, used in British pubs
- Tulip pint: Curved glass for Belgian/craft beers, 16 oz capacity
Consumer expectations: American drinkers expect a "pint" to mean 16 oz. Bars that serve less than a full pint (due to oversized glassware or short pours) face customer complaints and negative reviews.
2. Dairy Product Packaging
Milk and dairy products use the pint as a standard portion size:
Milk containers:
- Individual/small household size: 1 pint (16 oz) for 1-2 people
- School cafeteria: Half-pint (8 oz) single-serve cartons
- Specialty milks: Oat, almond, soy, lactose-free often sold in pint sizes for trial/small households
- Glass bottle milk: Premium/local dairies often use pint glass bottles
- Chocolate milk: Convenience store bottled chocolate milk typically 16 oz (pint)
Cream products:
- Heavy cream: Often sold in pint containers for cooking and whipping
- Half-and-half: Larger pint containers for household use (beyond coffee pods)
- Buttermilk: Pint and quart sizes for baking recipes
Historical context: The pint milk bottle was standard in home milk delivery (1900s-1960s), and school lunch programs standardized half-pint (8 oz) cartons in the mid-20th century.
3. Ice Cream and Frozen Dessert Packaging
The pint is the signature size for premium ice cream:
Why pints dominate premium ice cream:
- Ben & Jerry's model: Pioneered premium pint packaging in 1978, making pints synonymous with high-quality ice cream
- Personal treat sizing: Large enough to share or enjoy over 2-3 occasions, small enough to justify premium pricing
- Flavor variety: Allows consumers to buy multiple flavors without committing to large containers
- Portion psychology: Marketed as "individual indulgence" despite being 3-4 official servings
Industry standard:
- 16 fl oz containers: Standard pint size across brands
- Wide-mouth design: Pint containers have wide openings for easy scooping
- Pint-sized packaging: Gelato, sorbet, non-dairy frozen desserts follow same format
- "Pint" language: Brands use "pint" in marketing ("grab a pint," "pint club")
4. Recipe Measurements and Cooking
Liquid ingredients:
- Stock/broth: Many recipes call for "1 pint chicken stock" (= 2 cups)
- Heavy cream: "1 pint heavy cream" for sauces, soups, desserts
- Milk: "1 pint milk" in bread, pancake, pudding recipes
- Cooking conversions: 1 pint = 2 cups = 16 fl oz = ~475 mL
Baking and preserving:
- Pint mason jars: Standard size for canning jams, jellies, pickles, salsa
- Fruit preparation: "2 pints strawberries" (note: may mean dry pint for whole berries)
- Measuring equipment: Some liquid measuring cups marked in pints (2-cup line)
Historical recipes: Older American cookbooks frequently use pints rather than cups, reflecting early 20th-century measurement conventions.
5. Beverage Retail Beyond Beer
Convenience store drinks:
- Cold brew coffee: Bottled cold brew often 16 oz (pint)
- Kombucha: Glass bottles commonly 16 oz
- Fresh juice: Premium fresh-squeezed juice in pint bottles
- Smoothies: Medium or regular smoothie size often 16 oz
- Energy drinks: Some brands offer 16 oz "tall boy" cans
Restaurant beverages:
- Soft drink sizing: "Medium" or "regular" often corresponds to ~16 oz (pint)
- Iced tea/lemonade: Standard restaurant glasses often pint-sized
- To-go cups: Many disposable cups come in 16 oz (pint) size
6. Food Storage and Meal Prep
Home food storage:
- Pint mason jars: Used for storing leftovers, dry goods, overnight oats, salads
- Portion control: Pint containers ideal for individual meal portions
- Freezer storage: Pint-sized containers for freezing soups, sauces, stocks
- Dry goods: Storing spices, grains, beans in pint jars for pantry organization
Meal prep industry:
- Individual portions: Meal prep companies often use pint-sized containers
- Soup/stew portions: Single-serving soup containers typically pint-sized
- Smoothie prep: Pre-portioned smoothie ingredients frozen in pint containers
7. Scientific and Laboratory Measurements
Less common but still used:
- US customary in labs: Some American labs still use pint measurements for non-critical applications
- Agricultural applications: Liquid fertilizers, pesticides sometimes measured in pints/quarts/gallons
- Automotive fluids: Motor oil sold in quarts, but pint measurements used in some maintenance contexts
- Historical data: Older scientific literature may reference pints, requiring conversion to metric
Modern trend: Scientific contexts increasingly use metric (milliliters, liters) exclusively, with pints reserved for consumer and commercial applications.
8. Farmers Markets and Fresh Produce Sales
Produce containers:
- Berry sales: Strawberries, blueberries, raspberries sold in pint containers (often dry pints = 550 mL)
- Cherry tomatoes: Small tomatoes in pint containers
- Fresh herbs: Large herb bunches sometimes sold by the pint
- Prepared foods: Fresh salsas, dips, salads sold in pint containers
Dry vs liquid pint confusion: Technically, produce should be measured in dry pints (550 mL), but labeling is inconsistent. Some vendors use "pint" loosely to mean "small container" rather than precise measurement.
When to Use cubic meters
1. Construction and Building Materials
Concrete volume: Construction projects specify concrete in cubic meters. A typical residential driveway requires 5-10 m³ of concrete.
Example specifications:
- Foundation slab: 20 m³
- Building foundation: 150 m³
- High-rise floor: 800 m³
- Dam construction: 500,000 m³
Other materials:
- Gravel, sand, soil: Landscaping and earthworks measured in m³
- Lumber: Though often measured in board feet, large orders calculated by volume
2. HVAC and Room Ventilation
Air volume calculations: HVAC engineers calculate room volumes in m³ to size heating, cooling, and ventilation systems.
Air changes per hour (ACH): Formula: ACH = (airflow rate in m³/h) / (room volume in m³)
Example:
- Office room: 200 m³
- Required ACH: 6 (per building code)
- Required airflow: 200 m³ × 6 = 1,200 m³/h
3. Water and Gas Utilities
Water consumption: Utilities meter water usage in cubic meters. Typical household consumption: 10-20 m³/month.
Billing:
- Residential water: $2-5 per m³ (varies by region)
- Commercial rates: $3-8 per m³
Natural gas: Though often billed in therms or kWh, gas consumption is fundamentally measured in m³. Standard conditions: 1 m³ of natural gas ≈ 10.4 kWh.
4. Shipping and Logistics
Cargo capacity: Shipping containers, trucks, and cargo ships specify capacity in m³.
Standard containers (TEU - Twenty-foot Equivalent Unit):
- 20-foot container: 33 m³ internal volume
- 40-foot container: 68 m³ internal volume
- 40-foot high cube: 76 m³
Freight charges: Shipping costs often calculated by volumetric weight, using m³ to determine chargeable weight.
5. Environmental and Water Management
Reservoir capacity: Dams and reservoirs measured in millions of cubic meters.
Flow rates:
- River discharge: m³/s (cubic meters per second)
- Amazon River: ~209,000 m³/s average discharge
- Mississippi River: ~16,800 m³/s
Wastewater treatment: Treatment plant capacity specified in m³/day.
6. Scientific and Engineering Calculations
Fluid dynamics: Engineering calculations use m³ for volume, m³/s for flow rate (coherent with SI).
Gas laws: Ideal gas law: PV = nRT, where V is typically in m³ for industrial applications.
Density calculations: Density (kg/m³) is the standard SI unit, making cubic meters natural for mass-volume relationships.
Additional Unit Information
About Pint (US) (pt)
How many fluid ounces are in a US liquid pint?
There are exactly 16 US fluid ounces (fl oz) in 1 US liquid pint. This is a defining relationship: the pint is defined as 16 fl oz, which equals 473.176 milliliters.
Quick conversion:
- 1 pint = 16 fl oz
- 2 pints = 32 fl oz = 1 quart
- 0.5 pint = 8 fl oz = 1 cup
How many cups are in a US liquid pint?
There are exactly 2 US cups in 1 US liquid pint. This is a standard cooking conversion.
Quick conversion:
- 1 pint = 2 cups
- 2 pints = 4 cups = 1 quart
- 0.5 pint = 1 cup = 8 fl oz
Practical use: If a recipe calls for "1 pint heavy cream," you can measure out 2 cups instead.
Is a US liquid pint the same as a UK Imperial pint?
No. The US liquid pint is about 20% smaller than the UK Imperial pint:
- US pint: 473.176 mL (16 US fl oz)
- Imperial pint: 568.261 mL (20 Imperial fl oz)
- Difference: 95 mL (about 3.2 fl oz more in Imperial pint)
Why it matters:
- British beer: A pint in a UK pub is 568 mL—significantly more than a US bar pint
- British recipes: "1 pint milk" in a British cookbook means 568 mL, not 473 mL
- Canadian beer: Draft beer in Canada is served in Imperial pints (568 mL)
Conversion: 1 Imperial pint = 1.201 US pints ≈ 2.4 US cups
How do you convert pints to liters?
To convert US pints to liters, multiply by 0.473176 (or approximately 0.47):
Formula:
Liters = Pints × 0.473176
Examples:
- 1 pint = 0.473 L (about half a liter, but slightly less)
- 2 pints = 0.946 L (just under 1 liter)
- 4 pints = 1.893 L (just under 2 liters)
Reverse conversion (liters to pints):
Pints = Liters × 2.11338
- 1 liter ≈ 2.11 pints (slightly more than 2 pints)
- 500 mL (0.5 L) ≈ 1.06 pints (slightly more than 1 pint)
Why is American beer served in pints?
The pint of beer became the standard American bar serving for several historical and practical reasons:
Historical reasons:
- British tradition: English pubs traditionally served beer in Imperial pints (20 oz); American bars adapted this to US pints (16 oz) after independence
- Pre-Prohibition norms: Saloons and taverns used pint-sized glasses as standard serves before Prohibition (1920-1933)
- Post-Prohibition standardization: When legal drinking resumed in 1933, the 16 oz pint glass became industry standard
Practical reasons:
- Perfect drinking size: 16 oz is large enough to satisfy but small enough to finish before beer warms or goes flat
- Glassware standardization: Pint glasses (shaker pints, nonic pints) are cheap, stackable, versatile, and easy to clean
- Pricing simplicity: "Price per pint" provides clear, comparable pricing across bars and beers
- Cultural norm: Americans expect draft beer in pint glasses; smaller sizes feel like "short pours"
Modern craft beer: Craft breweries often offer half-pint (8 oz) "shorty" pours for high-ABV beers or taster flights alongside standard pint pours.
What is a dry pint, and how is it different from a liquid pint?
The US dry pint is a less common unit used historically for measuring dry goods, particularly agricultural products:
US Dry Pint:
- 550.610 milliliters (about 550 mL)
- 16.4% larger than the US liquid pint
- 1/8 of the US dry gallon (268.8 cubic inches)
- Used for: berries, produce, grains (historically)
US Liquid Pint:
- 473.176 milliliters (about 473 mL)
- Standard pint for beverages and cooking
- 1/8 of the US liquid gallon (231 cubic inches)
- Used for: water, milk, beer, oil, juice
Difference: The dry pint is 77 mL larger than the liquid pint (about 1/3 cup difference).
Modern usage: The dry pint is rarely used today. When you see "pint of strawberries" at a farmers market, the container may technically be a dry pint (550 mL), but most people just think of it as "a pint container." In practice, nearly all "pint" references mean the liquid pint (473 mL).
How many pints are in a gallon?
There are exactly 8 US pints in 1 US gallon:
Gallon breakdown:
- 1 gallon = 8 pints = 4 quarts = 16 cups = 128 fl oz
- 0.5 gallon = 4 pints = 2 quarts = 8 cups = 64 fl oz
- 0.25 gallon = 2 pints = 1 quart = 4 cups = 32 fl oz
Reverse conversion:
- 1 pint = 1/8 gallon = 0.125 gallon
- 2 pints = 1/4 gallon = 0.25 gallon
- 4 pints = 1/2 gallon = 0.5 gallon
Practical use: If you need 2 gallons of liquid, that's 16 pints or 8 quarts.
Is a pint of ice cream really a pint?
Yes—by volume. Ice cream pint containers hold 16 fluid ounces (473 mL) by volume, which is exactly 1 US liquid pint.
However:
- Weight varies: A pint of ice cream does not weigh 16 oz. Depending on density (air content, ingredients), a pint of ice cream typically weighs 9-14 oz.
- Premium vs regular: Premium ice cream (Ben & Jerry's, Häagen-Dazs) is denser (less air), so a pint weighs more (~11-14 oz). Regular ice cream has more air ("overrun"), so a pint weighs less (~9-11 oz).
- Serving size deception: The FDA considers a pint of ice cream to be 4 servings (1/2 cup each), but most people consume 1-2 pints as 1-2 servings in practice.
Bottom line: The container holds exactly 1 liquid pint (16 fl oz) by volume, but the weight of the ice cream inside depends on its density.
Why are milk cartons sold in pints and quarts instead of liters?
Milk is sold in pints, quarts, half-gallons, and gallons in the United States because the dairy industry standardized these sizes in the early 20th century before metric adoption efforts:
Historical reasons:
- Early 1900s milk delivery: Home milk delivery used glass bottles in pint, quart, and half-gallon sizes, which became consumer expectations
- School lunch programs: The USDA standardized half-pint (8 oz) milk cartons for school cafeterias in the 1930s-1950s
- Consumer familiarity: Generations of Americans grew up with these sizes, making them culturally ingrained
- Existing infrastructure: Dairy plants, bottling equipment, and distribution systems built around these sizes
Why not liters:
- US resistance to metrication: Unlike most countries, the US never fully adopted the metric system for consumer products
- Lack of legal mandate: The 1975 Metric Conversion Act was voluntary, and dairy industry didn't switch
- Consumer confusion: Switching to liters would require re-educating consumers about portion sizes
Modern trend: Some specialty/imported milks are sold in liter containers, but mainstream dairy remains in customary units (pints, quarts, half-gallons, gallons).
Can you use a pint measurement for both liquids and solids?
It depends:
For liquids: Yes, the US liquid pint (473 mL) is the correct measurement for all liquids—water, milk, oil, juice, etc.
For solids:
- Dry pint (rarely used): The US dry pint (551 mL) was historically used for dry goods like berries, grains, and produce, but is uncommon today.
- Modern practice: Most "solid" products measured in pints (berries, tomatoes, ice cream) actually use liquid pint measurements (473 mL / 16 fl oz) or simply use "pint" as a container size without strict adherence to either definition.
- Weight vs volume: For solids, weight (ounces, pounds) is generally more accurate than volume (pints).
Practical advice:
- Liquids: Always use liquid pint (473 mL = 16 fl oz)
- Ice cream: Use liquid pint (16 fl oz containers)
- Berries/produce: Container labeled "pint" may be dry pint (551 mL), liquid pint (473 mL), or approximation—check weight for precision
- Cooking: Unless recipe specifies "dry pint," assume liquid pint
How do bartenders ensure a full pint pour?
Bartenders use several methods to serve accurate pint measurements:
Glassware standards:
- 16 oz pint glasses: True pint glasses hold exactly 16 fl oz when filled to the rim
- Fill lines: Some jurisdictions require glasses with etched fill lines showing exactly 16 oz
- Honest Pint Project: Movement in US cities (Portland, Seattle) to certify bars serving true 16 oz pours
Pouring techniques:
- Tilted glass: Pour beer at 45° angle to reduce foam, then straighten to fill
- Headspace: Proper pour leaves 0.5-1 inch of foam (head), with ~14-15 oz liquid, totaling ~16 oz
- Topped off: Some bartenders "top off" the glass after foam settles to ensure full measure
Legal requirements:
- Weights and Measures: Some states require bars to serve advertised quantities accurately (e.g., "pint" must be 16 oz)
- Inspections: Some jurisdictions inspect bars to ensure accurate pours
- "Honest Pint" laws: Cities like Portland require fill lines or 16 oz minimum liquid
Consumer awareness:
- Ask questions: If a "pint" looks short, ask bartender if it's a full 16 oz
- Check glassware: Look for fill line markings or capacity stamps on bottom of glass
- "Shaker pint" issues: Standard shaker pints hold exactly 16 oz, but some bars use oversized glasses to make smaller pours look full
About Cubic meter (m³)
How large is a cubic meter?
A cubic meter is the volume of a cube with edges of 1 meter (100 cm or 3.28 feet) on all sides.
Visualizations:
- Slightly larger than a typical refrigerator or washing machine
- About 264 US gallons or 1,000 liters
- A swimming pool area of 10 m² with 10 cm depth = 1 m³
Physical comparison: Stand with arms outstretched. A cube from floor to chest height, and arm-span width/depth, is roughly 1 m³.
Is cubic meter the same as meter cubed?
Yes, they're identical.
- Cubic meter (common parlance)
- Meter cubed (mathematical expression)
- m³ (symbol)
All refer to the same unit: the volume of a 1 m × 1 m × 1 m cube.
How many liters are in a cubic meter?
Exactly 1,000 liters (L) = 1 cubic meter (m³)
This relationship is exact by definition:
- 1 L = 1 dm³ (cubic decimeter)
- 1 dm = 0.1 m
- 1 dm³ = (0.1 m)³ = 0.001 m³
- Therefore: 1 m³ = 1,000 L
Why use cubic meters instead of liters?
Cubic meters are preferred for:
- Very large volumes: Using liters would create unwieldy numbers (e.g., 50,000 L vs. 50 m³)
- Engineering calculations: m³ is coherent with SI (works seamlessly with kg, Pa, J, W)
- Construction: Concrete, gravel, excavation measured in m³
- International standards: Official SI unit for volume
Liters are preferred for:
- Everyday quantities: Beverages, fuel, household products
- Small to medium containers: Easier to visualize (1 L milk carton)
How do I calculate room volume in cubic meters?
Formula: Volume = Length × Width × Height (all in meters)
Example:
- Room: 5 m long × 4 m wide × 2.5 m high
- Volume = 5 × 4 × 2.5 = 50 m³
If measurements are in other units:
- Convert to meters first
- Then multiply
Example (feet to meters):
- Room: 15 ft × 12 ft × 9 ft
- Convert: 15 ft ÷ 3.28 = 4.57 m; 12 ft ÷ 3.28 = 3.66 m; 9 ft ÷ 3.28 = 2.74 m
- Volume = 4.57 × 3.66 × 2.74 = 45.8 m³
How much does a cubic meter of water weigh?
At 4°C (maximum density): exactly 1,000 kg (1 metric ton)
This was intentionally designed into the metric system.
At other temperatures:
- 0°C (freezing): 999.84 kg/m³
- 20°C (room temp): 998.2 kg/m³
- 25°C: 997.0 kg/m³
- 100°C (boiling): 958.4 kg/m³
Ice (0°C): ~917 kg/m³ (less dense than liquid water—why ice floats!)
What is the difference between m³ and m³/h?
m³ is a unit of volume (static quantity)
- "The tank holds 10 m³"
m³/h is a unit of volumetric flow rate (volume per time)
- "The pump delivers 5 m³/h" (5 cubic meters per hour)
Other common flow rates:
- m³/s: Cubic meters per second (river discharge, large industrial flows)
- m³/min: Cubic meters per minute
- L/min: Liters per minute (smaller flows, pumps)
How many cubic meters in an Olympic swimming pool?
Minimum Olympic pool dimensions:
- Length: 50 m
- Width: 25 m
- Minimum depth: 2 m
Volume: 50 × 25 × 2 = 2,500 m³ (2.5 million liters)
This is often used as a reference for large volumes: "This reservoir holds the equivalent of 1,000 Olympic pools" = 2,500,000 m³.
Can I use cubic meters for gases?
Yes, cubic meters are standard for gas volumes.
Gas utility billing:
- Natural gas consumption: measured in m³
- 1 m³ of natural gas ≈ 10.4 kWh energy content
Standard conditions: Gas volumes are often specified at STP (Standard Temperature and Pressure):
- 0°C, 101.325 kPa
Or NTP (Normal Temperature and Pressure):
- 20°C, 101.325 kPa
Ideal gas law: PV = nRT uses m³ for V in SI calculations.
How do I convert cubic feet to cubic meters?
Formula: m³ = ft³ × 0.0283168
Examples:
- 10 ft³ = 10 × 0.0283168 = 0.283 m³
- 100 ft³ = 2.832 m³
- 1,000 ft³ = 28.32 m³
Reverse (m³ to ft³): ft³ = m³ × 35.3147
Quick approximation:
- 1 m³ ≈ 35 ft³
- 30 ft³ ≈ 1 m³
Conversion Table: Pint (US) to Cubic meter
| Pint (US) (pt) | Cubic meter (m³) |
|---|---|
| 0.5 | 0 |
| 1 | 0.001 |
| 1.5 | 0.001 |
| 2 | 0.001 |
| 5 | 0.002 |
| 10 | 0.005 |
| 25 | 0.012 |
| 50 | 0.024 |
| 100 | 0.047 |
| 250 | 0.118 |
| 500 | 0.237 |
| 1,000 | 0.473 |
People Also Ask
How do I convert Pint (US) to Cubic meter?
To convert Pint (US) to Cubic meter, enter the value in Pint (US) in the calculator above. The conversion will happen automatically. Use our free online converter for instant and accurate results. You can also visit our volume converter page to convert between other units in this category.
Learn more →What is the conversion factor from Pint (US) to Cubic meter?
The conversion factor depends on the specific relationship between Pint (US) and Cubic meter. You can find the exact conversion formula and factor on this page. Our calculator handles all calculations automatically. See the conversion table above for common values.
Can I convert Cubic meter back to Pint (US)?
Yes! You can easily convert Cubic meter back to Pint (US) by using the swap button (⇌) in the calculator above, or by visiting our Cubic meter to Pint (US) converter page. You can also explore other volume conversions on our category page.
Learn more →What are common uses for Pint (US) and Cubic meter?
Pint (US) and Cubic meter are both standard units used in volume measurements. They are commonly used in various applications including engineering, construction, cooking, and scientific research. Browse our volume converter for more conversion options.
For more volume conversion questions, visit our FAQ page or explore our conversion guides.
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Other Volume Units and Conversions
Explore other volume units and their conversion options:
- Liter (L) • Pint (US) to Liter
- Milliliter (mL) • Pint (US) to Milliliter
- Gallon (US) (gal) • Pint (US) to Gallon (US)
- Gallon (UK) (gal) • Pint (US) to Gallon (UK)
- Quart (qt) • Pint (US) to Quart
- Cup (cup) • Pint (US) to Cup
- Fluid ounce (fl oz) • Pint (US) to Fluid ounce
- Cup (US) (cup) • Pint (US) to Cup (US)
Verified Against Authority Standards
All conversion formulas have been verified against international standards and authoritative sources to ensure maximum accuracy and reliability.
National Institute of Standards and Technology — Standards for volume measurements
Last verified: February 19, 2026