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To convert from Ounce-inch (ozf-in) to Kilogram-centimeter (kg-cm), use the following formula:
Kilogram-centimeter (kg-cm)
= 0.005208333271755643 × 1.355818 × 10.09806649999787735× Ounce-inch (ozf-in)
= 0.072007790631847162056× Ounce-inch (ozf-in)
With 1.355818 is the ratio between the base units Newton-meter (Nm) and Pound-foot (lbf-ft).
Let's convert 5 Ounce-inch (ozf-in) to Kilogram-centimeter (kg-cm).
Using the formula:
5 × 0.072007790631847162056 = 0.36003895315923581028
Therefore, 5 Ounce-inch (ozf-in) is equal to 0.36003895315923581028 Kilogram-centimeter (kg-cm).
How many ounce-inches are in one kilogram-centimeter? One Kilogram-centimeter (kg-cm) contains 13.88738622898014816 Ounce-inches (ozf-in) — the inverse of the factor above. Multiplying by 0.072007790631847162056 takes you from ounce-inches to kilogram-centimeters; multiplying by 13.88738622898014816 brings you back.
Put in words: one ounce-inch equals 0.072007790631847162056 kilogram-centimeters, so the ounce-inch is the smaller unit of this pair. Converting between them never changes the amount of torque being measured — only the size of the unit you count it in.
An ounce-inch (ozf·in) is one ounce-force applied at one inch from the axis — the smallest of the common imperial torque units.
Ounce-inches exist because small electric motors produce tiny torques that would be unreadable in pound-feet. A stepper motor rated at 0.35 lbf·ft is far more naturally described as 67 ozf·in, and that is how manufacturers publish it.
If you are choosing a stepper or servo for a 3D printer, CNC machine or robot, the datasheet holding-torque figure will almost certainly be in ozf·in or in N·cm.
| From | To | Multiply by |
|---|---|---|
| ozf·in | N·m | 0.00706155 |
| ozf·in | lbf·in | 0.0625 |
| ozf·in | lbf·ft | 0.00520833 |
A kilogram-centimeter (kgf·cm) is one kilogram-force acting at one centimetre from the axis. It is one hundredth of a kilogram-meter.
If you have ever bought a hobby servo, you have seen this unit. Servo torque is published almost universally in kgf·cm — a common 9 g micro servo is rated around 1.8 kgf·cm, a standard-size servo around 10–20 kgf·cm.
The rating tells you how much weight the servo can hold at a given arm length: 10 kgf·cm means it can just support 10 kg at 1 cm from the shaft, or 1 kg at 10 cm, or 0.5 kg at 20 cm. Doubling the arm halves the load it can hold.
| From | To | Multiply by |
|---|---|---|
| kgf·cm | N·m | 0.0980665 |
| kgf·cm | kgf·m | 0.01 |
| kgf·cm | lbf·in | 0.867962 |
Here are some quick reference conversions from Ounce-inch (ozf-in) to Kilogram-centimeter (kg-cm):
| Ounce-inches | Kilogram-centimeters |
|---|---|
| 0.000001 ozf-in | 7.2007790631847162056× 10-8 kg-cm |
| 0.001 ozf-in | 0.000072007790631847162056 kg-cm |
| 0.1 ozf-in | 0.0072007790631847162056 kg-cm |
| 1 ozf-in | 0.072007790631847162056 kg-cm |
| 2 ozf-in | 0.14401558126369432411 kg-cm |
| 3 ozf-in | 0.21602337189554148617 kg-cm |
| 4 ozf-in | 0.28803116252738864822 kg-cm |
| 5 ozf-in | 0.36003895315923581028 kg-cm |
| 6 ozf-in | 0.43204674379108297234 kg-cm |
| 7 ozf-in | 0.50405453442293013439 kg-cm |
| 8 ozf-in | 0.57606232505477729645 kg-cm |
| 9 ozf-in | 0.6480701156866244585 kg-cm |
| 10 ozf-in | 0.72007790631847162056 kg-cm |
| 20 ozf-in | 1.4401558126369432411 kg-cm |
| 30 ozf-in | 2.1602337189554148617 kg-cm |
| 40 ozf-in | 2.8803116252738864822 kg-cm |
| 50 ozf-in | 3.6003895315923581028 kg-cm |
| 100 ozf-in | 7.2007790631847162056 kg-cm |
| 1000 ozf-in | 72.007790631847162056 kg-cm |
| 10000 ozf-in | 720.07790631847162056 kg-cm |
For all Torque converters, choose units using the From/To dropdowns above.