# Kilogram-Force to Nanonewtons Converter

Enter the force in kilogram-force below to get the value converted to nanonewtons.

## Result in Nanonewtons:

1 kgf = 9,806,650,120 nN

Do you want to convert nanonewtons to kilogram-force?

## How to Convert Kilogram-Force to Nanonewtons

To convert a measurement in kilogram-force to a measurement in nanonewtons, multiply the force by the following conversion ratio: 9,806,650,120 nanonewtons/kilogram-force.

Since one kilogram-force is equal to 9,806,650,120 nanonewtons, you can use this simple formula to convert:

nanonewtons = kilogram-force × 9,806,650,120

The force in nanonewtons is equal to the force in kilogram-force multiplied by 9,806,650,120.

For example, here's how to convert 5 kilogram-force to nanonewtons using the formula above.
nanonewtons = (5 kgf × 9,806,650,120) = 49,033,250,600 nN

### How Many Nanonewtons Are in One Kilogram-Force?

There are 9,806,650,120 nanonewtons in one kilogram-force, which is why we use this value in the formula above.

1 kgf = 9,806,650,120 nN

## What Is Kilogram-Force?

Kilogram-force is a unit of force equal to the force needed to move one kilogram of mass at a rate of 9.80665 meters per second squared.

The kilogram-force is a non-SI metric unit for force. Kilogram-force is sometimes also referred to as a kilopond. Kilogram-force can be abbreviated as kgf, and are also sometimes abbreviated as kgF. For example, 1 kilogram-force can be written as 1 kgf or 1 kgF.

Kilogram-force can be expressed using the formula: 1 kgf = 9.80665 kgm / s2

## What Is a Nanonewton?

One nanonewton is equal to 1/1,000,000,000 of a newton, which is equal to the force needed to move one kilogram of mass at a rate of one meter per second squared.

The nanonewton is a multiple of the newton, which is the SI derived unit for force. In the metric system, "nano" is the prefix for billionths, or 10-9. Nanonewtons can be abbreviated as nN; for example, 1 nanonewton can be written as 1 nN.

## Kilogram-Force to Nanonewton Conversion Table

Table showing various kilogram-force measurements converted to nanonewtons.
Kilogram-force Nanonewtons
0.000000001 kgf 9.8067 nN
0.000000002 kgf 19.61 nN
0.000000003 kgf 29.42 nN
0.000000004 kgf 39.23 nN
0.000000005 kgf 49.03 nN
0.000000006 kgf 58.84 nN
0.000000007 kgf 68.65 nN
0.000000008 kgf 78.45 nN
0.000000009 kgf 88.26 nN
0.0000000001 kgf 0.980665 nN
0.000000001 kgf 9.8067 nN
0.00000001 kgf 98.07 nN
0.0000001 kgf 980.67 nN
0.000001 kgf 9,807 nN
0.00001 kgf 98,067 nN
0.0001 kgf 980,665 nN
0.001 kgf 9,806,650 nN
0.01 kgf 98,066,501 nN
0.1 kgf 980,665,012 nN
1 kgf 9,806,650,120 nN