Meters to Feet Converter

meters to feet — quick reference

The formula, worked line by line

This conversion has an exact constant going one way and an endless decimal coming back. The foot is defined in terms of the meter, not the other way round, so meters to feet is a division by an exact number rather than a multiplication by a tidy one.

A foot is a third of that yard, so exactly 0.3048 meters. The reciprocal, 3.280839895013123 and continuing, is what you would multiply by instead. This tool divides by the exact value, because division by the defined constant cannot accumulate error no matter how large the input grows.

feet = meters ÷ 0.3048
     = meters × 3.280839895…
inches = meters × 39.3700787…
whole feet = the integer part; inches = the decimal part × 12
2 m → 2 ÷ 0.3048 = 6.5617 ft = 6 ft 6.74 in

The mental shortcut worth trusting

Multiply the meters by three and add ten percent. For 10 m: three times is 30, plus 3 is 33, against a true 32.81. The trick works because a meter is a shade under 3.3 feet, and it over-reads by about 0.6 percent, so your estimate is always a touch generous rather than short.

Square meters need a different factor

Areas do not use 3.28. They use its square, so one square meter is 10.7639 square feet and a 60 square meter apartment is 645.83 square feet. Multiplying the area by 3.28 instead is the single most common error in property listings that carry both units, and it under-states the space by a factor of more than three.

Volume goes one step further again, at 35.3147 cubic feet per cubic meter. Shipping quotes, skip hire and concrete orders are all priced by volume, so the cubed factor is the one to reach for whenever a number is describing how much of something fits inside a space rather than how far across it is.

How to use the meters to feet converter

Most of the world writes lengths in meters, and a great deal of the world reads them in feet. Property listings, hiking maps, ship drafts, ceiling specs, dive tables, drone rules and stadium dimensions all arrive metric, and the number only becomes intuitive once it is feet, usually feet and inches.

Type the meters in and the feet appear as you type. The tool divides by 0.3048 rather than multiplying by a truncated 3.28, so the result stays exact until the display rounds it. Press Swap when the traffic runs the other way and a form wants your figure back in metric.

Human height is the conversion people run most, and it is also where decimal feet are least useful. Nobody says they are 5.91 feet tall. The figure that means something is 5 feet 10.87 inches, and getting there means one extra multiplication that a lot of converters quietly skip.

Altitude is the other everyday case, and it is the one where the units genuinely disagree in law rather than in habit. Aviation and drone limits are written in feet in the United States and in meters across Europe, so the two ceilings sit close together without ever matching.

Why decimal feet are almost never the answer

The output of any meters to feet conversion is a decimal, and decimal feet are a unit almost nobody uses in speech. Surveyors and civil engineers do, which is why the format exists at all. Everyone else wants feet and inches, and the gap between the two formats is where errors are born.

The conversion is one multiplication. Take the part after the decimal point, multiply by twelve, and that is your inches. In 5.9055 feet the tail is 0.9055, and 0.9055 times twelve is 10.87 inches, so 1.8 meters is 5 ft 10.87 in. Round the inches, never the feet.

The rounding order matters more than it looks. If you round 7.8740 feet to 7.87 and then multiply 0.87 by twelve you get 10.44 inches, a full half-inch adrift from the true 10.49. Always take the inches from the unrounded figure, which is what this converter does underneath the display.

Altitude rules written in feet and in meters

Recreational drone flying is the clearest live example of two regulators picking different units for the same idea. In the United States, FAA rules for small unmanned aircraft in 14 CFR Part 107 set a 400 foot ceiling above ground level. In the European Union, Regulation 2019/947 sets the open category ceiling at 120 meters.

Those are not the same number. Four hundred feet is 121.92 meters, and 120 meters is 393.70 feet, so the European limit is about six feet lower. Anyone flying the same aircraft on both sides of the Atlantic is working to two ceilings that look interchangeable in conversation and are not in a logbook.

The same split shows up in mountaineering and hiking. Trail signs and topographic maps in metric countries mark elevation gain in meters, so a 1,000 m climb is 3,280.84 feet and a 500 m one is 1,640.42 feet. Reading those as though they were feet understates the effort by a factor of more than three.

Every meters value, worked out

35 common meters figures each get their own page, with the answer at full precision, the arithmetic, what rounding costs, and the nearest real-world reference point on the scale.

Questions people ask