UnitConMoment of Force
Moment of force describes the turning effect created by a force acting at a distance from a pivot or axis. It is central in structural engineering, beam design, and mechanical analysis. Although the units can resemble torque units, the engineering context is often different. This converter helps compare SI and customary bending-moment values accurately.
Common conversions
| From | To |
|---|---|
| 1 Newton-meter | 0.7375621 Pound-force·Foot |
| 1 Kilonewton-meter | 8,850.746 Pound-force·Inch |
| 1 Pound-force·Foot | 1.355818 Newton-meter |
| 100 Newton-meter | 73.75621 Pound-force·Foot |
| 10 Kilonewton-meter | 7,375.621 Pound-force·Foot |
| 500 Pound-force·Inch | 56.49241 Newton-meter |
Frequently asked questions
Moment of force is the rotational effect of a force applied at a distance. It is calculated as force times perpendicular distance from the pivot.
The units may be the same, but torque usually refers to applied rotational force in machinery, while moment of force often appears in structural loading and statics. Context tells you which meaning is intended.
In SI, it is typically measured in newton-meters. In customary systems, pound-force feet and pound-force inches are common.