Meters to Feet Converter

The meter and foot were fixed independently. Since 1983 the meter has been defined as the distance light travels in a vacuum in 1/299,792,458 of a second. Since the 1959 International Yard and Pound Agreement, the foot has been fixed at exactly 0.3048 meters. Dividing 1 by 0.3048 gives 3.2808398950131..., rounded to 3.28084 — the result isn't round because the two units were never designed to align evenly; the foot was simply pegged to the meter after both already existed.

Multiply the meter value by roughly 3.28, or use the shortcut of multiplying by 3 and adding about a third of the original number again (3.28 is close to 3⅓). For quick estimates — furniture dimensions, room sizes — this gets you within about 1%. For anything requiring precision, such as construction, engineering, or aviation, use the exact factor 3.28084 or the live converter above.

Aviation altitude has been measured in feet worldwide since early 20th-century aviation standards set by the US and UK, and that convention stuck globally — even in metric countries — because air traffic control depends on everyone using the same unit. Track and field, swimming, and most other Olympic sports standardized on meters when the International Olympic Committee adopted metric distances in the early 1900s, aligning with the rest of international science and engineering.

No. This factor only converts one-dimensional length. Converting area requires squaring it: 1 square meter equals 3.28084² = 10.7639 square feet. Converting volume requires cubing it: 1 cubic meter equals 3.28084³ = 35.3147 cubic feet. Applying the plain length factor to an area or volume figure will give a result that's off by a large margin, so use a dedicated area or volume converter for those units instead.

Height charts typically round to the nearest whole inch, not the nearest thousandth of a foot. 1.83 m converts to 6.0039 ft (6 feet plus 0.047 inches), and 1.84 m converts to 6.0367 ft (6 feet plus 0.44 inches) — both can display as a rounded "6'0\"" if the chart truncates rather than rounding to the nearest quarter-inch. That 1-centimeter difference is real, about 0.4 inches, it's just smaller than the rounding increment the chart uses. If you need a precise comparison — for a visa application, a medical form, or an athletic eligibility rule — work from the decimal feet value (6.0039 vs 6.0367) rather than a pre-rounded feet-and-inches label, since two different heights can legitimately collapse into the same rounded display.

Not historically. The unit this converter uses — the international foot, fixed at exactly 0.3048 meters by the 1959 agreement — is what virtually everyone means today. But the US also used a slightly different "US survey foot" (1200/3937 meters, about 0.30480061 meters) for land surveying and state plane coordinate systems well into the 21st century. The difference is tiny, roughly 2 parts per million, which adds up to about 1 foot of discrepancy over 1,000 kilometers — enough to matter in property surveys and geodetic data, though never for everyday use. The National Geodetic Survey officially retired the US survey foot at the end of 2022 in favor of the international foot, so any conversion done today, including this tool's, uses 0.3048 meters exactly.

4.5 meters converts to 14.76378 feet (about 14 feet 9 inches), and 3.6 meters converts to 11.81102 feet (about 11 feet 9.7 inches), using the 3.28084 factor. So the room is roughly 14'9\" by 11'10\". If you're ordering carpet, hardwood, or furniture sized in feet and inches, round each dimension up slightly (to 15 ft and 12 ft, say) to leave a margin for cutting and fitting — retailers rarely sell in fractional feet anyway, so you'll typically be rounding to the nearest whole foot or half-foot at checkout regardless of how precise the converter's output is. This same math applies to ceiling height, closet depth, or any room dimension listed in a European floor plan: convert each side separately, then round consistently in the same direction so your total square footage estimate doesn't end up systematically too small once you add up several rounded measurements.

The foot as a unit dates back to ancient Rome and was historically approximated as the length of an adult male foot, which made it wildly inconsistent — actual English feet ranged from about 10 to 12 modern inches depending on the era and region before standardization. Queen Elizabeth I's government fixed an English standard foot around 1601, and various English-speaking countries kept their own slightly different versions for centuries afterward, which caused real friction in trade and engineering. The 1959 International Yard and Pound Agreement finally locked the foot to the metric system at exactly 0.3048 meters, ending the drift and making the US, UK, Canada, and Australian feet identical for the first time. Today's foot has nothing to do with anyone's actual foot size — it's purely a fixed fraction of the meter, chosen for agreement rather than anatomy.

First multiply meters by 3.28084 to get decimal feet, then split the result: the whole number is your feet, and the decimal part multiplied by 12 gives inches. For example, 1.75 meters times 3.28084 equals 5.74147 feet — take the "5" as 5 feet, then 0.74147 times 12 equals 8.898 inches, giving 5 feet 8.9 inches, commonly rounded and written as 5'9\". This two-step process is how most height and building-dimension conversions are actually presented, since decimal feet alone ("5.74 ft") isn't how feet are conventionally read or spoken in the US. Watch for the rounding step specifically: if the inches figure rounds up to 12, you need to carry it over into the feet count (11.98 inches rounds to 12 inches, which becomes an extra foot, not "5 feet 12 inches").