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To convert from Pound-inch (lbf-in) to Kilogram-centimeter (kg-cm), use the following formula:
Kilogram-centimeter (kg-cm)
= 112 × 1.355818 × 10.09806649999787735× Pound-inch (lbf-in)
= 1.1521246637310283405× Pound-inch (lbf-in)
With 1.355818 is the ratio between the base units Newton-meter (Nm) and Pound-foot (lbf-ft).
Let's convert 5 Pound-inch (lbf-in) to Kilogram-centimeter (kg-cm).
Using the formula:
5 × 1.1521246637310283405 = 5.7606233186551417025
Therefore, 5 Pound-inch (lbf-in) is equal to 5.7606233186551417025 Kilogram-centimeter (kg-cm).
How many pound-inches are in one kilogram-centimeter? One Kilogram-centimeter (kg-cm) contains 0.867961629049421235 Pound-inches (lbf-in) — the inverse of the factor above. Multiplying by 1.1521246637310283405 takes you from pound-inches to kilogram-centimeters; multiplying by 0.867961629049421235 brings you back.
Put in words: one pound-inch equals 1.1521246637310283405 kilogram-centimeters, so the pound-inch is the larger 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.
A pound-inch (lbf·in) is one pound-force applied at one inch from the axis of rotation. It is the small-torque companion to the pound-foot.
Many fasteners are tightened to far less than one pound-foot. Writing "0.4 lbf·ft" invites a decimal-point error on a shop floor; writing "5 lbf·in" does not. Small-torque work therefore uses inch units almost exclusively.
Torque screwdrivers and small click wrenches are graduated in lbf·in for exactly this range.
Confusing lbf·in with lbf·ft applies twelve times the intended torque. On a 5 lbf·in electrical terminal this shears the screw or crushes the conductor. Always check which unit the specification uses before setting a wrench.
| From | To | Multiply by |
|---|---|---|
| lbf·in | N·m | 0.112985 |
| lbf·in | lbf·ft | 0.0833333 |
| lbf·in | ozf·in | 16 |
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 Pound-inch (lbf-in) to Kilogram-centimeter (kg-cm):
| Pound-inches | Kilogram-centimeters |
|---|---|
| 0.000001 lbf-in | 0.0000011521246637310283405 kg-cm |
| 0.001 lbf-in | 0.0011521246637310283405 kg-cm |
| 0.1 lbf-in | 0.11521246637310283405 kg-cm |
| 1 lbf-in | 1.1521246637310283405 kg-cm |
| 2 lbf-in | 2.304249327462056681 kg-cm |
| 3 lbf-in | 3.4563739911930850215 kg-cm |
| 4 lbf-in | 4.608498654924113362 kg-cm |
| 5 lbf-in | 5.7606233186551417025 kg-cm |
| 6 lbf-in | 6.912747982386170043 kg-cm |
| 7 lbf-in | 8.0648726461171983835 kg-cm |
| 8 lbf-in | 9.216997309848226724 kg-cm |
| 9 lbf-in | 10.369121973579255065 kg-cm |
| 10 lbf-in | 11.521246637310283405 kg-cm |
| 20 lbf-in | 23.04249327462056681 kg-cm |
| 30 lbf-in | 34.563739911930850215 kg-cm |
| 40 lbf-in | 46.08498654924113362 kg-cm |
| 50 lbf-in | 57.606233186551417025 kg-cm |
| 100 lbf-in | 115.21246637310283405 kg-cm |
| 1000 lbf-in | 1152.1246637310283405 kg-cm |
| 10000 lbf-in | 11521.246637310283405 kg-cm |
For all Torque converters, choose units using the From/To dropdowns above.