Miscellaneous Calculators
Meters to Feet Converter

Meters to Feet Converter

Convert meters to feet & inches using a meters to feet calculator. Choose decimal places or fractions of an inch for rounding and calculation.

Answer
Meters 1 m
Feet 3.28084 ft
Rounded to the nearest 8th of an inch 3 ft 3 3/8 in

There was an error with your calculation.

Table of Contents

  1. Meters to Feet Conversion
  2. Meters to Feet Conversion Table
  3. Feet to Meters Conversion
  4. Inches to Meters Conversion
  5. Converter: Practical Use
  6. Countries Using the Metric and Imperial Systems
  7. The Short History of the Imperial System
  8. Metric System Implementation
  9. The Metric System in the United States
  10. Conclusion

Meters to Feet Converter

How often do you encounter units of measurement in a system you are unfamiliar with? Can you always quickly convert these units to what you are used to and comfortable with? How often do you have to manually convert meters to feet and back? If conversions make you uncomfortable, this meter-to-foot calculator will speed up your work with measurements by fractions of a second.

When using the meter to foot calculator, you can choose the degree of rounding of your calculation results. This will save you time and make your work more efficient.

Meters to Feet Conversion

A special unit conversion calculator makes our job of converting meters to feet and back a lot easier. But even though we have such a handy tool, it can be helpful for us to understand how such calculations are performed.

One way to quickly convert meters to feet and inches is to use a conversion table.

So, how much is one meter in feet? Let’s check the table for converting meters to feet.

Meters to Feet Conversion Table

  • 1 meter = 3.28084 feet or 3 feet and \$3 \frac{3}{8}\$ inches

  • 2 meters = 6.56168 feet or 6 feet and \$6 \frac{3}{4}\$ inches

  • 3 meters = 9.84252 feet or 9 feet and \$10 \frac{1}{8}\$ inches

  • 4 meters = 13.12336 feet or 13 feet and \$1 \frac{1}{2}\$ inches

  • 5 meters = 16.4042 feet or 16 feet and \$4 \frac{7}{8}\$ inches

  • 6 meters = 19.68504 feet or 19 feet and \$8 \frac{1}{4}\$ inches

  • 7 meters = 22.96588 feet or 22 feet and \$11 \frac{9}{16}\$ inches

  • 8 meters = 26.24672 feet or 26 feet and \$15 \frac{9}{16}\$ inches

  • 9 meters = 29.52756 feet or 29 feet and \$6 \frac{5}{16}\$ inches

  • 10 meters = 32.8084 feet or 32 feet and \$9 \frac{9}{16}\$ inches

Another way is to use unit conversion factors. Suppose you know these coefficients. Then multiply the numerical value of one unit by the coefficient or divide by it. In that case, you can find the length in another system of measurement units.

The formula for translating meters into feet is as follows:

1 meter = 3.28084 feet

To convert 1m to feet you should multiply it by 3.28084. If you want to convert 3 m to feet, do the following calculation:

3 meters × 3.28084 = 9.84252 feet

The result is the number of feet.

You can also use this formula to convert a decimal number of meters to feet. For example, if you want to convert 2.5 meters to feet, do the following calculation:

2.5 meters × 3.28084 = 8.2021 feet

This formula is approximate and may not be accurate for highly accurate measurements. For more accurate calculations, use the more extended coefficient:

1 meter = 3.280839895 feet

Feet to Meters Conversion

Use a conversion ratio of 0.3048 to convert feet to meters.

1 foot = 0.3048 meters

To convert a particular measurement to feet, you can multiply that measurement by 0.3048.

If you have a 10-foot-long object, multiply 10 by 0.3048 to get 3.048 meters.

Inches to Meters Conversion

For this type of conversion, you can use the following coefficient:

1 inch = 2.54 centimeters

1 inch = 0.0254 meters

Converter: Practical Use

This converter can be helpful for anyone who works with international measurements in everyday life.

Our global world constantly confronts us with systems that are unfamiliar to us. We can live in the United States and use the imperial system. But when ordering goods from abroad, we may find that the seller measures in meters and centimeters, while we are used to feet and inches.

We may start working for an international company where calculations are made in units we are not used to working with.

And even when watching movies made in another country, we may hear about the size of some object that we cannot realize because we are not used to those units.

The situations in which we may encounter the need to convert feet to meters and back are innumerable. And a meter-to-foot conversion calculator comes in handy in every such scenario.

Imagine that when you move from the U.S. to Europe, you are about to rent a place and would like to know the size of the living room. The owner tells you that its size is 4 × 6 meters. You might not immediately get a sense of the size if you're used to the imperial measurement system.

Use a conversion formula or calculator to figure out the size of the room in no time.

4 meters × 3.28084 = 13.12336 feet

6 meters × 3.28084 = 19.68504 feet

Imagine that you are going to go to Montenegro in Europe and visit the fortress of San Giovanni in Kotor Bay, located on a mountain. Locals say that it is located around 1200 meters above sea level. How much is it in feet? And here again, calculations by formula or with a conversion calculator will help us.

1200 meters × 3.28084 = 3,937.008 feet

Of course, that's probably not the highest mountain you've ever been to. But in this case, the beauty of the view and your emotions will be more important than the numbers.

You may live in Indonesia and want to order a waterproof extension pole from the USA for your action camera. Its length is listed in the catalog as 17–40 inches. How do you know its length in meters or centimeters to see if you would be comfortable using it to shoot underwater life?

17 inches × 2.54 = 43.18 centimeters

40 inches × 2.54 = 101.6 centimeters

Now you understand that this length is decent, it will allow you to comfortably operate the action camera and get video of the underwater world.

Countries Using the Metric and Imperial Systems

The United States, Liberia, and Myanmar are the only countries worldwide that haven't officially adopted the metric system as their primary measurement system. Most countries use the International System of Units (SI) based on the metric system.

Myanmar and Liberia use the metric system in parallel with the imperial system. Both countries are on their way to fully adopting only the metric system.

That is, the U.S. is still the main country in the world that uses the imperial system of measurements.

Great Britain, home of the imperial system, is in the middle of both systems. The metric system is partly adopted, but the miles are retained. And in everyday life, people refer to pints, miles per gallon, and pounds.

Some imperial measurements still exist in former Commonwealth countries such as Canada, India, South Africa, and Australia. People in these countries may indicate their height and body weight in imperial units.

The Short History of the Imperial System

When ancient people began to create more complex objects, they needed a system of measurements. These measurements were often based on the human body and its parts.

An example is the Egyptian system of sizes, where the elbow was used. This measurement unit was called a "cubit," and it ranged from 44.4 to 52.92 cm.

The Egyptians measured the elbow from the actual bend of the elbow to the tip of the middle finger. With this elbow, the ancients measured everything around them, including buildings and even the pyramids.

The Romans also used their hands and feet. Ancient Rome had such a unit of measurement as the foot ("pes"). One foot was divided into 16 fingers ("digitus"); 12 inches ("unciae"); or 4 palms ("palmus"). The unit step, or "gradus," was equal to 2 1/2 feet. The Romans also employed the Egyptian cubit for measurements.

The inhabitants of Mesopotamia used for length measurements such units as finger, foot, cubit, and step, among other units.

Measures in ancient China used the length of a person's foot, which was called "chi." In turn, such a foot was divided into 10 units called "cuns," which represented thumbs.

The origins of the imperial system can be traced back to ancient times. However, a more standardized measurement system began to emerge in the Middle Ages.

In the medieval period, the Roman Empire's influence was still present. Many European countries used the Roman system of measurement. However, as the Roman Empire collapsed and the feudal system emerged, local rulers established their own units of measurement.

In the 12th century, King Henry I of England, who ruled from 1100 to 1135, became known for his contributions to the development of the imperial system in England. He played a role in establishing more consistent standards for measurements, including the yard.

The yard, which became one of the primary units of measurement in the imperial system, was defined as the distance between the tip of the king's nose and the thumb of his outstretched hand.

The British government created the Board of Trade in the 18th century to modernize the system of measurement used in the country. The board was responsible for overseeing trade and commerce. One of its main tasks was to standardize and simplify the measurement system to improve trade and commerce.

As a result of the board's efforts, the British government passed the British Measures and Weights Act in 1824. This act officially established the imperial measurement system as the standard system to be used throughout the country. This system of measurements was based on the yard, the pound, and the ounce.

The British Measures and Weights Act of 1824 was an important milestone in Britain's measurement history. It established the imperial system as the official measurement system in the country, which further solidified its use in the British Empire.

However, despite its widespread use, the imperial system was criticized for its lack of accuracy and the complexity of converting units of measurement. This led more and more countries to switch to the metric system.

Metric System Implementation

The metric system began to gain momentum during the French Revolution. In 1790, the French Academy of Sciences established the Commission on Measures and Weights to develop a new way of measuring objects based on natural phenomena and objects.

The commission proposed a decimal system of measurement based on the meter and the kilogram. The new unit of measurement was to be equal to one ten-millionth of the distance from the North Pole to the equator, measured along the meridian passing through Paris. The kilogram was defined as the mass of one liter of water.

In 1795, the French government officially adopted this new metric measurement system. In the following years, other countries, such as Belgium, Spain, and Italy, adopted the metric system.

In 1875, the Treaty of the Metre established the International Bureau of Weights and Measures (BIPM) to oversee the maintenance of an international standard of measurement and to coordinate measures among countries. By the early 19th century, the metre was already in use in most European countries.

In 1960, the system of kilograms and meters was replaced by the International System of Units (SI), a system developed by the BIPM. At that time, the SI included seven basic units: meter, kilogram, second, ampere, kelvin, mole, and cand.

The SI system has given us a unified and consistent way of measuring the physical world. It has made it easier for people, especially scientists, to communicate with each other and to cooperate together across borders. The SI system has also helped us make more accurate and reliable measurements and predictions.

Today, the SI system is widely used around the globe, having become the standard measurement system in most countries. It is used in scientific research, international trade, and everyday life.

The Metric System in the United States

At one point in U.S. history there was a possibility that the U.S. might adopt the metric system. The country sent delegates to the Metric Convention in 1875. And in 1866 a bill was passed officially authorizing the use of the metric system.

The Metric Conversion Act, which called for a voluntary switch to the metric system, was passed into law in the United States in 1975. But this law lacked any deadline. As a result, the customary U.S. units of measurement remained in place.

In the United States, science has embraced the metric system. No physicist has to translate meters into yards when working with US colleagues. Many other US industries working internationally switched to the metric system.

By the way, we often refer to the U.S. measurement system as imperial. But that's not entirely accurate.

The imperial system and the system of units now in use in the United States have slight differences. Both systems use gallons, quarts, pints, and fluid ounces as volume units. Still, their American counterparts are slightly smaller than the Imperial system.

But even in countries where the metric system is officially adopted, people use imperial units every day. Jeans sizes, which measure waist and length, are measured in inches. Screen and monitor diagonal sizes are also stated in inches almost everywhere. In many metric countries, customers calculate wheel diameter in inches when buying a bicycle.

Conclusion

Our world is becoming increasingly global. The meter-to-foot converter is a valuable tool for those working with length measurements, especially in international environments.

This converter allows you to quickly and easily convert meters to feet, inches and back. This makes it useful in various fields such as architecture, construction and engineering. You can also use the conversion formulas in this article for calculations.

Practical applications of the converter are possible in construction and real estate, as well as in everyday situations such as buying clothes or any other goods online.

All in all, this converter is an indispensable tool for those who work a lot with metric and imperial units of measurement.