What it converts
Converts one torque magnitude among SI, gravitational, centimetre-gram-second, and US customary units.
TORQUE UNIT WORKSPACE
Convert newton metres, kilogram-force metres, pound-force feet, pound-force inches, and related torque units with notation preserved.
Conversion result
Load the 320 N m example or enter torque to compare every available force-distance equivalent.
What this tool delivers
The workspace changes force-distance units for a supplied moment; it does not calculate torque from force, lever arm, or angle.
Converts one torque magnitude among SI, gravitational, centimetre-gram-second, and US customary units.
A non-negative torque, its exact source unit, the desired destination unit, and suitable precision.
A selected result, a newton-metre equation, complete available equivalents, and a downloadable CSV.
Calculation method
The converter multiplies the source torque by its newton-metre factor and divides by the destination factor. Force and perpendicular distance are already embodied in that factor; geometry is not recalculated.
Review the NIST torque conversion factorsQuick answers
They share the same base dimensions, but they describe different physical quantities. Torque is a moment of force and retains rotational direction and lever-arm context; a joule measures energy or work. This converter therefore labels newton metres as torque and never offers joules as interchangeable destination units.
Pound-force foot makes the force-times-distance structure explicit and reduces confusion with foot-pound force used for energy. Source manuals may use several word orders or abbreviations, so verify the intended quantity in the governing document. The conversion factor applies only when the source value is genuinely torque.
No. It can convert a torque specification that you already trust, but it cannot create one. Use the current manufacturer procedure for the exact component, fastener, thread state, lubrication, sequence, and tool method. Calibrated equipment and qualified review remain necessary where failure could cause harm.