Convert 2 Gram-Force Millimeter to Kilonewton Meter - Torque

A list of units symbol and data.
From gf·mm	To kN·m	All conversion
1 gf·mm	9.80665e-9 kN·m
2 gf·mm	1.96133e-8 kN·m
3 gf·mm	2.9419950000000002e-8 kN·m
4 gf·mm	3.92266e-8 kN·m
5 gf·mm	4.903325e-8 kN·m
6 gf·mm	5.8839900000000004e-8 kN·m
7 gf·mm	6.864655e-8 kN·m
8 gf·mm	7.84532e-8 kN·m
9 gf·mm	8.825985e-8 kN·m
10 gf·mm	9.80665e-8 kN·m

A list of units symbol and data.

From gf·mm

To kN·m

All conversion

1 gf·mm

9.80665e-9 kN·m

2 gf·mm

1.96133e-8 kN·m

3 gf·mm

2.9419950000000002e-8 kN·m

4 gf·mm

3.92266e-8 kN·m

5 gf·mm

4.903325e-8 kN·m

6 gf·mm

5.8839900000000004e-8 kN·m

7 gf·mm

6.864655e-8 kN·m

8 gf·mm

7.84532e-8 kN·m

9 gf·mm

8.825985e-8 kN·m

10 gf·mm

9.80665e-8 kN·m

Gram-Force Millimeter (gf·mm)

Equal to 0.00000980665 Newton meters, this unit allows for the finest torque measurements using metric weight-based force. It supports applications in electronics, micro-mechanical devices, and watchmaking.

The gf·mm is vital when accuracy is critical at a microscopic level.

Kilonewton Meter (kN·m)

The kilonewton meter is a powerful unit of torque used for large-scale mechanical systems such as construction equipment, wind turbines, and heavy machinery. Equal to 1,000 Newton meters, this unit provides a standardized way to express high torque values where base units would be impractically large.

Engineers use the kN·m to calculate the force required to rotate heavy components, helping ensure structural integrity and safety across massive systems.

1 Gram-Force Millimeter = 0.00000980665 Newton Meter

Convert 2 gf·mm → N·m

1 Gram-Force Millimeter = 0.000980665 Newton Centimeter

Convert 2 gf·mm → N·cm

1 Gram-Force Millimeter = 0.00980665 Newton Millimeter

Convert 2 gf·mm → N·mm

1 Gram-Force Millimeter = 9.80665e-9 Kilonewton Meter

Convert 2 gf·mm → kN·m

1 Gram-Force Millimeter = 0.980665 Dyne Meter

Convert 2 gf·mm → dyn·m

1 Gram-Force Millimeter = 98.0665 Dyne Centimeter

Convert 2 gf·mm → dyn·cm