StraightToolsFeet to Meters Converter
Convert feet to meters instantly. Formula, calculator, and common feet-to-meters conversions.
Conversion formula
Multiply feet by 0.3048 to convert to meters.
Common conversions
| Feet | Meters |
|---|---|
| 1 feet | 0.3048 meters |
| 2 feet | 0.6096 meters |
| 3 feet | 0.9144 meters |
| 4 feet | 1.2192 meters |
| 5 feet | 1.524 meters |
| 6 feet | 1.8288 meters |
| 7 feet | 2.1336 meters |
| 8 feet | 2.4384 meters |
| 9 feet | 2.7432 meters |
| 10 feet | 3.048 meters |
| 12 feet | 3.6576 meters |
| 15 feet | 4.572 meters |
| 20 feet | 6.096 meters |
| 25 feet | 7.62 meters |
| 30 feet | 9.144 meters |
| 40 feet | 12.192 meters |
| 50 feet | 15.24 meters |
| 60 feet | 18.288 meters |
| 75 feet | 22.86 meters |
| 100 feet | 30.48 meters |
When to use the Feet to Meters conversion
This reference is useful when measurements are written in feet but you need the equivalent in meters. The calculator above is designed for quick one-off values, while the table gives common reference points.
Precision and rounding
The conversion uses 0.3048 as the multiplication factor shown on this page. StraightTools displays practical decimal precision, but a real measurement cannot be more accurate than the source value. For engineering, scientific, legal, or regulated work, preserve the precision required by the applicable standard.
Reverse conversions
If you need to convert in the opposite direction, use the corresponding Meters-to-Feet tool when available. Repeatedly converting a rounded number back and forth can introduce small rounding differences.
Common sources of confusion
Some unit names vary by country or context, especially volume, cooking measures, and digital storage. Check that the units on the source document match the definition used by the converter before relying on the result.
FAQ
Can I enter decimals?
Yes. The converter accepts decimal values and calculates the corresponding result immediately.
Why does my answer differ slightly from another calculator?
Small differences usually come from rounding, displayed precision, or a different convention for the unit.