Newton Meter to Kilogram-Force Millimeter Conversion

Convert between Newton Meter and Kilogram-Force Millimeter quickly and accurately.

From Newton Meter

N·m

To Kilogram-Force Millimeter

kgf·mm

How to Convert Newton Meter to Kilogram-Force Millimeter

Conversion Formula

1 N·m = 101.972 kgf·mm

1 kgf·mm = 0.01 N·m

Example

Convert 15 N·m to kgf·mm:

15 N·m = 15 × 101.972 kgf·mm = 1529.574 kgf·mm

Unit Information

Learn about the torque units you're converting between

Newton Meter

N·m

Definition

The newton meter (N·m) is the SI unit of torque, representing the rotational force produced when a force of one newton is applied perpendicularly at a distance of one meter from the pivot point. It is the fundamental unit for measuring rotational force in the International System of Units.

History/Origin

The newton meter was established as part of the SI system in 1960, derived from the fundamental units of force (newton) and length (meter). It replaced various historical torque units and became the international standard for measuring rotational force in scientific and engineering applications worldwide.

Current Use

Widely used in mechanical engineering, automotive design, robotics, and physics to calculate torque in engines, motors, and other rotating machinery. It is essential for understanding rotational equilibrium, motion, and the design of mechanical systems.

Multiplier

Offset

Kilogram-Force Millimeter

kgf·mm

Definition

The kilogram-force millimeter (kgf·mm) is a gravitational metric unit of torque, equal to 0.00980665 newton meters. It represents the rotational force produced by one kilogram-force applied at one millimeter from the pivot point.

History/Origin

This unit was used in the technical system of units for very precise torque measurements at millimeter scales. It provided a practical unit for fine mechanical adjustments and precision work.

Current Use

Primarily found in older technical specifications and some specialized manufacturing applications where millimeter-scale precision is required and gravitational metric units are maintained.

Multiplier

0.01

Offset