How to convert feet to meters
To convert ft to m, you can use our interactive tool above or apply the standard conversion formula.
Conversion Table
| FT | M |
|---|---|
| 1 ft | 0.3048 m |
| 2 ft | 0.6096 m |
| 5 ft | 1.524 m |
| 10 ft | 3.048 m |
| 20 ft | 6.096 m |
| 50 ft | 15.24 m |
| 100 ft | 30.48 m |
| 250 ft | 76.2 m |
| 500 ft | 152.4 m |
| 1000 ft | 304.8 m |
Frequently Asked Questions
Why do construction documents mix feet and meters?
US builders and architects work in feet; international and many modern projects use meters. When a blueprint from a US firm is shared globally or when comparing building codes across borders, conversion is essential. A 10-foot deck railing is 3.048 meters, but building codes may specify minimum heights differently—check your local standard after converting.
How do safety railings differ between US and metric standards?
US building codes specify guard rail heights in inches (42 inches minimum for most applications = 1.067 m). European standards specify in centimeters (1.1 m minimum in EU standards). Converting ensures your railing meets the safety code of the jurisdiction where it will be installed—a small difference can mean compliance or liability.
When measuring property or lot dimensions, should I convert everything?
No. Convert only the dimensions you're actively comparing. If you're checking whether a US-measured lot fits your metric floor plans, convert the lot dimensions. Don't convert back and forth repeatedly—pick one system and stick with it for the entire project to avoid rounding errors compounding.
Why do ceiling and door heights vary between countries?
Standard ceiling height in the US is typically 8-10 feet (2.4-3.0 m); European standard is 2.7-3.0 m. Doorways are roughly 6.5-7 feet in the US (2.0-2.1 m) but 2.1 m is standard in Europe. When importing architectural plans or building to local codes, conversion prevents ordering doors and materials that don't fit.
What's the formula, and when should I verify it manually?
To convert feet to meters, multiply by 0.3048. For quick checks or critical measurements (structural work, load-bearing walls), it's worth verifying the result using this formula—especially when conversion errors could be costly in construction or engineering.