Most Common Conversion Factors
| N·m | ft·lb | in·lb | kgf·m | |
|---|---|---|---|---|
| 1 N·m | 1 | 0.737562 | 8.85075 | 0.101972 |
| 1 ft·lb | 1.35582 | 1 | 12 | 0.138255 |
| 1 in·lb | 0.112985 | 0.0833333 | 1 | 0.0115212 |
| 1 kgf·m | 9.80665 | 7.23301 | 86.7961 | 1 |
Moment of Force Converter FAQ
What is a moment of force converter?
A moment of force converter converts torque or force-moment units such as N·m, lb·ft, lb·in, and related force-distance units. It is useful for statics, mechanics, structural engineering, torque calculations, and mechanical design.
How do I convert N·m to lb·ft?
Enter a value, choose N·m as the source unit, and choose lb·ft as the target unit. This is common when converting metric torque or moment values into imperial engineering units.
How do I convert lb·in to N·m?
Enter the value, select lb·in as the source unit, and select N·m as the target unit. This is useful for fasteners, torque specs, mechanical assemblies, and engineering calculations.
What is the difference between N·m, lb·ft, and lb·in?N·m is the metric SI-style unit for moment of force or torque. lb·ft and lb·in are imperial force-distance units commonly used in mechanical, automotive, and structural applications.
Is moment of force the same as torque?
In many practical engineering contexts, moment of force and torque both describe a turning effect created by a force acting at a distance from a pivot or axis. Torque is often used for rotating shafts and fasteners, while moment of force is common in statics and structural analysis.
When should I use a moment of force converter?
Use a moment of force converter when working with torque specifications, beam moments, levers, rotating machinery, mechanical assemblies, structural loads, statics problems, or engineering values shown in different unit systems.
Can I use this converter for statics, mechanics, and torque calculations?
Yes. This moment of force converter is useful for statics, mechanics, structural engineering, automotive torque specs, mechanical design, machinery setup, and force-distance calculations.