Pound-Force Foot to Newton Meter Conversion

Convert between Pound-Force Foot and Newton Meter quickly and accurately.

lbf·ft
N·m

How to Convert Pound-Force Foot to Newton Meter

Conversion Formula

1 lbf·ft = 1.356 N·m
1 N·m = 0.738 lbf·ft

Example

Convert 15 lbf·ft to N·m:

15 lbf·ft = 15 × 1.356 N·m = 20.337 N·m

Unit Information

Learn about the moment of force units you're converting between

Pound-Force Foot

lbf·ft

Definition

The pound-force foot (lbf·ft) is a unit of moment of force based on the gravitational force of one pound and foot. It is commonly used in American engineering applications for measuring torques and moments.

History/Origin

This unit is based on the gravitational force of one pound and foot, providing a measure for moment of force in American engineering and construction applications using imperial units.

Current Use

Widely used in American engineering, automotive, and construction applications for measuring torques, bending moments, and rotational forces in engines, machinery, and structural systems.

Multiplier

1.356

Offset

0

Newton Meter

N·m

Definition

The newton meter (N·m) is the SI unit of moment of force, representing the torque produced by a force of one newton applied at a distance of one meter from the axis of rotation. It is the standard unit for measuring rotational force in physics and engineering.

History/Origin

Derived from the SI base units of force (newton) and length (meter), the newton meter became the standard unit for moment of force in the International System of Units. It is fundamental in mechanics and rotational dynamics.

Current Use

Widely used in mechanical engineering, physics, and automotive applications to measure torque, rotational force, and moment of force in engines, motors, and mechanical systems.

Multiplier

1

Offset

0

Pound-Force Foot to Newton Meter Conversion Table

Pound-Force Foot [lbf·ft] Newton Meter [N·m]
1 lbf·ft 1.35582 N·m
10 lbf·ft 13.5582 N·m
25 lbf·ft 33.8955 N·m
50 lbf·ft 67.791 N·m
100 lbf·ft 135.582 N·m
0 lbf·ft 0E+0 N·m
-10 lbf·ft -13.5582 N·m
-40 lbf·ft -54.2328 N·m