Convert 2 Newton Meter to Kilogram-Force Meter - Torque

A list of units symbol and data.
From N·m	To kgf·m	All conversion
1 N·m	0.10197162129779283 kgf·m
2 N·m	0.20394324259558566 kgf·m
3 N·m	0.30591486389337846 kgf·m
4 N·m	0.4078864851911713 kgf·m
5 N·m	0.5098581064889641 kgf·m
6 N·m	0.6118297277867569 kgf·m
7 N·m	0.7138013490845498 kgf·m
8 N·m	0.8157729703823426 kgf·m
9 N·m	0.9177445916801354 kgf·m
10 N·m	1.0197162129779282 kgf·m

A list of units symbol and data.

From N·m

To kgf·m

All conversion

1 N·m

0.10197162129779283 kgf·m

2 N·m

0.20394324259558566 kgf·m

3 N·m

0.30591486389337846 kgf·m

4 N·m

0.4078864851911713 kgf·m

5 N·m

0.5098581064889641 kgf·m

6 N·m

0.6118297277867569 kgf·m

7 N·m

0.7138013490845498 kgf·m

8 N·m

0.8157729703823426 kgf·m

9 N·m

0.9177445916801354 kgf·m

10 N·m

1.0197162129779282 kgf·m

Newton Meter (N·m)

The Newton meter is the SI unit for torque, representing the rotational force applied when one Newton of force is exerted at a perpendicular distance of one meter from a pivot point. It is widely used in physics, mechanical engineering, and automotive industries to measure twisting forces acting on mechanical components such as bolts, shafts, and axles.

Being the base unit in the metric system, the Newton meter is fundamental for expressing torque across scientific disciplines and is instrumental in machinery specifications, maintenance manuals, and engineering standards.

Kilogram-Force Meter (kgf·m)

The kilogram-force meter is a gravitational metric unit of torque, representing the moment of a one kilogram-force acting one meter from a pivot point. It equals 9.80665 Newton meters and is commonly used in regions that rely on the metric gravitational system. This unit is especially prevalent in engineering contexts that focus on force derived from mass under gravity, such as mechanical systems, testing machinery, and automotive torque specifications.

Although Newton meters are more globally standardized, the kgf·m remains relevant in practice, offering an intuitive understanding of torque through weight-based analogies.

1 Newton Meter = 100 Newton Centimeter

Convert 2 N·m → N·cm

1 Newton Meter = 1000 Newton Millimeter

Convert 2 N·m → N·mm

1 Newton Meter = 0.001 Kilonewton Meter

Convert 2 N·m → kN·m

1 Newton Meter = 99999.99999999999 Dyne Meter

Convert 2 N·m → dyn·m

1 Newton Meter = 10000000 Dyne Centimeter

Convert 2 N·m → dyn·cm

1 Newton Meter = 100000000 Dyne Millimeter

Convert 2 N·m → dyn·mm