Meters to Feet Converter

About Meters to Feet Converter

How Does the Meters to Feet Conversion Work?

The conversion relies on a single exact constant: 1 foot = 0.3048 meters. This was standardised in 1959 when the US, UK, Australia, Canada, New Zealand, and South Africa jointly adopted the international yard as exactly 0.9144 meters. Since one foot is one-third of a yard, the foot became exactly 0.3048 meters.

Conversion	Formula	Example
Meters to feet	m x 3.28084	1.80 m = 5.9055 ft
Feet to meters	ft x 0.3048	6 ft = 1.8288 m
Meters to feet + inches	Whole feet + (decimal remainder x 12)	1.75 m = 5 ft 8.9 in

Worked example: To convert 1.82 meters to feet, multiply 1.82 by 3.28084 to get 5.9711 feet. The whole number part is 5 feet. The decimal remainder is 0.9711, and multiplying that by 12 gives 11.65 inches. So 1.82 m is 5 ft 11.7 in - just under 6 feet tall.

Going the other direction, to convert 5 ft 10 in to meters: first express as decimal feet (5 + 10/12 = 5.8333 ft), then multiply by 0.3048 to get 1.778 meters.

Human Height Reference Table

Height is one of the most common reasons people need this conversion. The global average adult male height is approximately 171 cm (5 ft 7 in) and the global average adult female height is approximately 159 cm (5 ft 3 in), according to data compiled by Our World in Data. In the UK, the Health Survey for England reports averages of about 175.3 cm (5 ft 9 in) for men and 161.9 cm (5 ft 4 in) for women. The Netherlands consistently ranks as the tallest country, with average male height around 183.8 cm (6 ft 0.4 in).

Meters	Feet + Inches	Context
1.50 m	4 ft 11.1 in	Short adult
1.59 m	5 ft 2.6 in	Average woman (global)
1.62 m	5 ft 3.8 in	Average UK woman (HSE)
1.71 m	5 ft 7.3 in	Average man (global)
1.75 m	5 ft 8.9 in	Average UK man (HSE)
1.80 m	5 ft 10.9 in	Above average height
1.84 m	6 ft 0.4 in	Average Dutch man
1.90 m	6 ft 2.8 in	Very tall
2.00 m	6 ft 6.7 in	Exceptionally tall

If you need to calculate BMI or other body metrics after converting your height, the BMI Calculator accepts both metric and imperial inputs.

Common Distance and Landmark Conversions

Beyond human height, meters-to-feet conversion comes up regularly in construction, architecture, real estate, hiking, and sports. Here are some reference points for everyday objects and well-known landmarks.

Meters	Feet	Context
1 m	3.28 ft	Roughly one large step
2.44 m	8 ft	Standard ceiling height (UK/US)
3.05 m	10 ft	Basketball hoop height (NBA regulation)
5.50 m	18.04 ft	Standard shipping container length (20 ft)
10 m	32.81 ft	Roughly 3 storeys
30 m	98.43 ft	Roughly 10 storeys
100 m	328.08 ft	FIFA football pitch length (varies 90-120 m)
330 m	1,082.68 ft	Eiffel Tower total height (with antenna)
443 m	1,453.41 ft	Empire State Building roof height
828 m	2,716.54 ft	Burj Khalifa (tallest building in the world)

Which Countries Use Feet vs Meters?

The vast majority of the world uses the metric system, with meters as the standard unit of length. The United States is the most prominent country still using feet and inches in everyday life, construction, and real estate. Here is a breakdown of how different regions handle it.

Uses Feet	Uses Meters	Uses Both
United States (everyday, construction)	All of Europe	UK (meters officially, feet/inches for height and property)
Liberia, Myanmar (partially)	All of Asia, Africa, South America	Canada (meters officially, feet in construction)
	Australia, New Zealand	India (meters officially, feet for property listings)

Aviation is a notable exception. As of 2020, 188 out of 193 ICAO member states use feet for aircraft altitude. The remaining holdouts are China, Mongolia, and North Korea, which still use meters in at least some airspace. Russia switched from metric to feet-based altitudes across its airspace in December 2020.

A Brief History of the Meter

The meter was first defined in 1793 during the French Revolution as one ten-millionth of the distance from the north pole to the equator along the meridian running through Paris. Astronomers Pierre Mechain and Jean-Baptiste Delambre spent nearly seven years surveying the distance between Dunkirk and Barcelona to calculate this. Their result was cast as a platinum bar, the Metre des Archives.

In 1889, the standard was upgraded to a platinum-iridium bar (90% platinum, 10% iridium) with a special X-shaped cross section to resist bending. Twenty-nine copies were distributed to nations worldwide.

In 1960, the meter was redefined using the wavelength of krypton-86 radiation, removing the dependence on a physical artefact. Then in 1983, it was redefined once more as the distance light travels in a vacuum in exactly 1/299,792,458 of a second. This definition ties the meter directly to a fundamental constant of nature - the speed of light - and remains the current standard (NIST).

The US Survey Foot

For over a century, the US maintained a slightly different "survey foot" defined as exactly 1200/3937 meters (0.3048006... m) for land surveying purposes. This differed from the international foot by about 2 parts per million, or roughly one-eighth of an inch per mile. The difference only mattered over very long distances - about 0.6 mm per kilometre - but caused confusion in surveying and mapping work.

On 1 January 2023, NIST officially retired the US survey foot, and the international foot (exactly 0.3048 m) now applies to all measurements in the United States. Legacy datasets from the US National Geodetic Survey may still reference the survey foot, but all new work uses the international definition. If you encounter old US survey data, the error from assuming an international foot is about 1.2 feet per million feet of distance - usually negligible for anything except geodetic work.

Common Mistakes When Converting Meters and Feet

A few errors come up repeatedly when people convert between these units:

• Confusing decimal feet with feet-and-inches: 5.5 feet is not 5 ft 5 in. The 0.5 represents half a foot, which is 6 inches. So 5.5 ft is actually 5 ft 6 in. This mistake is especially common when reading specs or blueprints.
• Using the wrong direction: To go from meters to feet, multiply by 3.28084. To go from feet to meters, multiply by 0.3048 (or divide by 3.28084). Applying the factor backwards gives a wildly wrong result.
• Rounding too early: If converting through an intermediate step (say meters to yards to feet), rounding at each stage compounds the error. Use the direct conversion factor instead of chaining approximations.
• Mixing up centimetres and meters: Someone who is 175 cm tall is 1.75 meters, not 175 meters. When entering values, make sure the decimal point is in the right place.

Meters to Feet in Construction and Real Estate

In the construction industry, meters-to-feet conversion is a daily occurrence for anyone working across metric and imperial plans. UK building regulations specify dimensions in metric, but many tradespeople still think in feet and inches. In the US, all construction dimensions use feet. Some common construction reference points:

Item	Metric	Imperial
Standard door height	2.032 m	6 ft 8 in
Standard door width	0.762 m	2 ft 6 in
Standard ceiling height	2.4 m	7 ft 10.5 in (8 ft in US)
Stair riser height (UK max)	0.22 m	8.66 in
Kitchen worktop height	0.91 m	3 ft (36 in)
Fence panel width	1.83 m	6 ft
Plasterboard sheet (UK)	2.4 x 1.2 m	8 x 4 ft

Real estate listings often mix units too. UK property listings typically show room dimensions in meters (e.g. 3.5 m x 4.2 m) while US listings use feet (e.g. 11 ft 6 in x 13 ft 9 in). Indian property listings frequently use both square feet and square meters for floor area, so being able to convert quickly is essential for comparing properties across different listing sites.

When converting area (square meters to square feet), remember the factor is squared: 1 square meter = 10.764 square feet. A common benchmark is that 1,000 square feet equals about 93 square meters, which is a typical two-bedroom flat in the UK or a small apartment in a US city.

Quick Mental Estimation Tips

For rough conversions without a calculator, these approximations work well:

• Meters to feet: Multiply by 3 and add 10%. So 10 meters is roughly 30 + 3 = 33 feet (actual: 32.8 ft).
• Feet to meters: Divide by 3 and subtract 10%. So 30 feet is roughly 10 - 1 = 9 meters (actual: 9.14 m).
• Height shortcut: 5 feet is about 1.52 m, and each extra inch adds about 2.5 cm. So 5 ft 8 in is roughly 1.52 + (8 x 0.025) = 1.72 m (actual: 1.727 m).

These approximations get within about 2-3% of the true value, which is close enough for casual conversation or quick estimates. For anything requiring precision - construction measurements, scientific data, or medical records - always use the exact 3.28084 factor or this converter.

For smaller measurements in centimetres, the CM to Inches Converter handles centimetre-to-inch conversion. For longer distances in kilometres, the KM to Miles Converter covers kilometres and miles. The full Length Converter supports all common length units in a single tool.

Sources

• BIPM - The International System of Units (SI Brochure)
• NIST - U.S. Survey Foot (Deprecation Notice)
• NIST - SI Units: Length (Meter Definition)
• Our World in Data - Human Height
• NHS Digital - Health Survey for England
• ICAO - International Civil Aviation Organization (Altitude Units)