Select a category and enter your values below
To convert from Decinewton-meter (dNm) to Newton-meter (Nm), use the following formula:
Newton-meter (Nm)
= 110× Decinewton-meter (dNm)
= 0.1× Decinewton-meter (dNm)
Let's convert 5 Decinewton-meter (dNm) to Newton-meter (Nm).
Using the formula:
5 × 0.1 = 0.5
Therefore, 5 Decinewton-meter (dNm) is equal to 0.5 Newton-meter (Nm).
How many decinewton-meters are in one newton-meter? One Newton-meter (Nm) contains 10 Decinewton-meters (dNm) — the inverse of the factor above. Multiplying by 0.1 takes you from decinewton-meters to newton-meters; multiplying by 10 brings you back.
Put in words: one decinewton-meter equals 0.1 newton-meters, so the decinewton-meter 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.
A decinewton-meter (dN·m) is one tenth of a newton-meter.
The decinewton-meter sits between the newton-meter and the centinewton-meter, and it is the least common of the three. Where it does appear, it is usually because a measuring instrument's range happens to fall there and whole numbers read more cleanly than decimals.
Its most established use is in rubber and polymer testing: the torque curves produced by a moving-die rheometer are conventionally plotted in dN·m, and the standard test reports quote minimum and maximum torque in that unit.
Because deci is a plain SI prefix, conversion is an exact decimal shift.
| From | To | Multiply by |
|---|---|---|
| dN·m | N·m | 0.1 |
| dN·m | cN·m | 10 |
| dN·m | lbf·in | 0.885075 |
A newton-meter (N·m) is the SI unit of torque — the twisting force that makes something rotate. One newton-meter is produced when a force of one newton acts at a perpendicular distance of one metre from the axis of rotation.
The distance matters as much as the force. Pushing on a spanner with 20 N at 0.5 m from the bolt gives 10 N·m. The same 20 N applied through a spanner twice as long gives 20 N·m — identical effort, double the turning effect. This is why a breaker bar loosens a bolt that a short wrench cannot.
The distance is always measured perpendicular to the line of the force. Pulling at an angle reduces the effective lever arm and therefore the torque.
Both work out to the same base units (kg·m²/s²), but they describe different things and must never be interchanged:
Standards keep them apart deliberately: energy is written in J, torque in N·m.
| Torque | Typical example |
|---|---|
| 5 N·m | bicycle stem bolt |
| 25 N·m | car spark plug |
| 110 N·m | car wheel nut |
| 400 N·m | family car engine peak |
Here are some quick reference conversions from Decinewton-meter (dNm) to Newton-meter (Nm):
| Decinewton-meters | Newton-meters |
|---|---|
| 0.000001 dNm | 10-7 Nm |
| 0.001 dNm | 10-4 Nm |
| 0.1 dNm | 0.01 Nm |
| 1 dNm | 0.1 Nm |
| 2 dNm | 0.2 Nm |
| 3 dNm | 0.3 Nm |
| 4 dNm | 0.4 Nm |
| 5 dNm | 0.5 Nm |
| 6 dNm | 0.6 Nm |
| 7 dNm | 0.7 Nm |
| 8 dNm | 0.8 Nm |
| 9 dNm | 0.9 Nm |
| 10 dNm | 1 Nm |
| 20 dNm | 2 Nm |
| 30 dNm | 3 Nm |
| 40 dNm | 4 Nm |
| 50 dNm | 5 Nm |
| 100 dNm | 10 Nm |
| 1000 dNm | 100 Nm |
| 10000 dNm | 1000 Nm |
For all Torque converters, choose units using the From/To dropdowns above.