Torque converter
Convert torque measurements across 7 units. Choose your source and target units and calculate in your browser.
Result for the values shown.
Calculations run in your browser.
What to enter
| Input | Meaning and units |
|---|---|
| Value | Enter value using the definition in the method and example. |
| From | Select the unit or currency in which the entered number is currently expressed. |
| To | Select the unit or currency you need for the answer. |
Understanding your result
The converted value describes the same torque quantity in the selected target unit. Display rounding does not add precision to the original measurement.
Common mistakes
- Confusing the source and target units, or overlooking a prefix or case-sensitive symbol.
- Treating torque as energy simply because their unit dimensions coincide.
Check your calculation
- Convert to the target unit and then reverse the direction. Within display rounding, you should recover the original value.
Read the torque measurement guide · Calculation checks, sources and review limits
How do I express this torque in another unit?
Enter the known torque value and choose its source and target units. The converter expresses the same quantity in the selected target unit.
Common uses
- Compare torque specifications expressed in different units.
- Translate a tightening-torque value to a familiar unit.
How it works
For the displayed direction, 1 N·m equals 0.001 kN·m. The engine converts through the shared torque base quantity. Use consistent physical definitions; conversion changes the unit, not the measured quantity. The multiplier is derived from the two centralized unit factors. Keep full precision until the final result; displayed answers use up to 12 significant digits.
Worked example
10 N·m converts to 0.01 kN·m. For the reverse direction, swap the units and enter 0.01 kN·m; the result is approximately 10 N·m.