100 newton-meters
Approximately 73.7562149 lb·ft, 885.0745788 lb·in, and 10.1971621 kgf·m.
Convert rotational torque among SI, metric, and US customary units through a shared newton-meter engine.
Torque is a rotational moment or turning effect produced by force acting at a distance from an axis.
A newton-meter used for torque is not conceptually the same as a joule of energy, even though both have the same base dimensions.
N·m = lb·ft × 1.3558179483314004lb·ft = N·m ÷ 1.3558179483314004N·m = kgf·m × 9.80665lb·ft = lb·in ÷ 12Approximately 73.7562149 lb·ft, 885.0745788 lb·in, and 10.1971621 kgf·m.
Approximately 135.5817948 N·m.
Exactly 1 lb·ft and approximately 1.3558179483 N·m.
Exactly 9.80665 N·m.
The SI-derived torque unit and the calculator's canonical base.
In torque usage, lb·ft refers to pound-force foot.
Twelve pound-inches equal one pound-foot.
These use standard gravity: one kilogram-force meter equals 9.80665 N·m.
Torque describes rotational effect, whereas energy describes work or capacity to do work. This converter never labels torque as joules or foot-pound energy.
Torque specifications commonly use N·m or lb·ft. This tool only converts a supplied value and does not recommend tightening torque for vehicles, fasteners, or equipment.
Divide N·m by 1.3558179483314004.
Multiply lb·ft by 1.3558179483314004.
Exactly 12.
Exactly 9.80665 N·m under standard gravity.
They share dimensions, but torque and energy are distinct physical concepts.
The terms are sometimes interchanged informally, but CalcRocket uses lb·ft for torque to distinguish it from foot-pound energy notation.
A negative sign can represent the opposite rotational direction.
Newton-meters and pound-feet are commonly used.
No. It only converts torque units.