Meter to Greek Foot Converter

Instant, two-way conversion across common engineering units.

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1 m = 3.2438043 pous(MetreGreek Foot (Pous))

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Converting meters to Greek feet

To convert meters to Greek feet, multiply the value by approximately 3.2438. Ancient units were reconstructed from surviving rods, buildings and written sources, so treat every result as a close approximation rather than an exact figure. Historical measurements varied by period and region, so this converter uses commonly accepted reference values.

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1 meter is approximately 3.2438 Greek feet.

1 Greek foot is approximately 0.30828 meters.

Meter (m)

The meter (m) is the SI base unit of length and the international standard used worldwide.

Origin
Originally defined as one ten-millionth of the distance from the equator to the North Pole, it is now defined by the distance light travels in vacuum in 1/299,792,458 of a second.
Where it is used
Used for building grids, floor levels, spans, site dimensions and virtually all scientific and engineering work.
Relation to SI
The meter is the SI base unit; every other length unit here is defined from it.

Greek Foot (pous)

The Greek foot, or pous, was the base unit of ancient Greek metrology.

Historical context
Several regional standards existed. The Attic pous used here is about 308 mm, a value derived from the stylobate dimensions of classical temples.
Where it was used
Used for temple design, city planning and stadium layout in the Greek world; 600 podes defined a stadion.
Approximate modern equivalent
Approximately 0.3083 m, roughly 30.8 cm or 12.14 inches.

Frequently asked questions

How many Greek feet are in one meter?

1 m is approximately 3.2438 pous.

How do I convert meters to Greek feet?

Multiply the value by approximately 3.2438. For example, 10 m is approximately 32.438 pous.

How do I convert back from Greek feet to meters?

1 pous is approximately 0.30828 m. The converter above works in both directions, so you can type into either field.

Why do historical measurements vary?

Ancient units were tied to body proportions and local standards rather than a central definition, so their length drifted between regions, workshops and centuries.

How accurate are these historical values?

Historical measurements varied by period and region. This converter uses commonly accepted reference values for educational and professional use, so every result should be read as an approximation rather than an exact equivalence.

Why are ancient units still referenced today?

They explain the proportions of surviving buildings. Reading a temple or basilica in its original unit reveals design grids that look arbitrary in meters.

Is this length converter free to use?

Yes. Every unit conversion runs in your browser, needs no account and is free for professional use.

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