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Kilogram-force centimetres to Newton metres

Type a value in Kilogram-force centimetres and get the result in Newton metres, calculated exactly.

1 kgf·cm = 0.0980665 N·m Torque converter

100 Kilogram-force centimetres = 9.80665 Newton metres

Precision

Exact factorThis result is exact.

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Formula

N·m = kgf·cm × 0.0980665

To convert Kilogram-force centimetres to Newton metres, multiply the value by 0.0980665.

Worked examples

  1. 1 kgf·cm × 0.0980665 = 0.0980665 N·m
  2. 100 kgf·cm × 0.0980665 = 9.80665 N·m
  3. 50 kgf·cm × 0.0980665 = 4.903325 N·m

This factor is exact by definition.

Conversion table

Kilogram-force centimetres to Newton metres
Kilogram-force centimetres (kgf·cm)Newton metres (N·m)
10.0980665
20.196133
30.2941995
40.392266
50.4903325
60.588399
70.6864655
80.784532
90.8825985
100.980665
151.4709975
201.96133
252.4516625
302.941995
403.92266
504.903325
605.88399
706.864655
757.3549875
807.84532
908.825985
1009.80665

Values marked ≈ are rounded; the rest are exact.

Reverse table: Newton metres to Kilogram-force centimetres
Newton metres to Kilogram-force centimetres
Newton metres (N·m)Kilogram-force centimetres (kgf·cm)
1≈ 10.19716
2≈ 20.39432
3≈ 30.59149
4≈ 40.78865
5≈ 50.98581
6≈ 61.18297
7≈ 71.38013
8≈ 81.5773
9≈ 91.77446
10≈ 101.9716
15≈ 152.9574
20≈ 203.9432
25≈ 254.9291
30≈ 305.9149
40≈ 407.8865
50≈ 509.8581
60≈ 611.8297
70≈ 713.8013
75≈ 764.7872
80≈ 815.773
90≈ 917.7446
100≈ 1,019.716

Convert Newton metres to Kilogram-force centimetres

Unit definitions

Kilogram-force centimetres kgf·cm
One kilogram-force at one centimetre: exactly 0.0980665 N·m.
Newton metres N·m
The SI unit of torque: one newton at a distance of one metre.

Questions people ask

Kilogram-force centimetres to Newton metres: what is the conversion factor?

One kgf·cm is 0.0980665 N·m.

How do I convert Kilogram-force centimetres to Newton metres?

Use the formula above. For example, 100 kgf·cm = 9.80665 N·m.

Is the conversion exact?

Yes. Both units have exact definitions, so the factor is exact; a result is only rounded when its decimals never end.

Factors checked 19 October 2026.