The imperial equivalent of 3 Nm is 2.212686 foot-pounds.
At 3 Nm, you're in the territory of delicate precision work — think electronics screws, small instrument assemblies, and watch mechanisms.
Common applications at this torque level include eyeglass hinge screws and phone and laptop repair screws. The recommended tool is precision screwdrivers and miniature torque wrenches (typically 1–10 Nm range).
| Newton-meters (Nm) | Foot-pounds (ft·lbf) | Page |
|---|---|---|
| 1 Nm | 0.737562 | 1 Nm to ft-lbs → |
| 2 Nm | 1.475124 | 2 Nm to ft-lbs → |
| 3 Nm | 2.212686 | You are here |
| 4 Nm | 2.950249 | 4 Nm to ft-lbs → |
| 5 Nm | 3.687811 | 5 Nm to ft-lbs → |
| 6 Nm | 4.425373 | 6 Nm to ft-lbs → |
| 7 Nm | 5.162935 | 7 Nm to ft-lbs → |
| 8 Nm | 5.900497 | 8 Nm to ft-lbs → |
| 9 Nm | 6.638059 | 9 Nm to ft-lbs → |
| 10 Nm | 7.375621 | 10 Nm to ft-lbs → |
Where is 3 Nm torque commonly used?
3 Nm is a very light torque often used for small fasteners, electronics assembly, and precision instruments where overtightening could strip threads or crack housings.
What tools do I need for 3 Nm?
For a torque of 3 Nm, you'd typically use precision screwdrivers and miniature torque wrenches (typically 1–10 Nm range).
What's the difference between 3 Nm and 3 kgf·m?
They are different amounts of torque. 3 Nm = 0.3059148639 kgf·m. Kilogram-force meters use gravitational force, while Newton-meters use absolute force.
Our full calculator handles decimals, multiple units, and gives a step-by-step derivation.