The newton
The newton (N) is the SI derived unit of force, defined as the force required to accelerate a one-kilogram mass at one meter per second squared. It is the standard unit throughout physics and engineering.
1 N = 0.001 kN (newton → kilonewton)
1 N = 0.001 kN
1 newton equals 0.001 kilonewtons. To convert newtons to kilonewtons, multiply the newton value by 0.001. For quick reference: 1 N = 0.001 kN, 5 N = 0.005 kN, 10 N = 0.01 kN, 100 N = 0.1 kN.
Kilonewtons = Newtons × 0.001Start with your value in newtons.
Multiply the newton value by 0.001. This is the exact conversion factor from newtons to kilonewtons.
The product is your value in kilonewtons. For example, 5 N × 0.001 = 0.005 kN.
The exact factor from newtons to kilonewtons is 0.001.
Kilonewtons = Newtons × 0.001
Fifty common reference values, hand-picked for skim utility. Use the calculator above for any value not listed.
| Newtons (N) | Kilonewtons (kN) |
|---|---|
| 0.1 N | 0.0001 kN |
| 0.25 N | 0.00025 kN |
| 0.5 N | 0.0005 kN |
| 1 N | 0.001 kN |
| 2 N | 0.002 kN |
| 3 N | 0.003 kN |
| 4 N | 0.004 kN |
| 5 N | 0.005 kN |
| 6 N | 0.006 kN |
| 7 N | 0.007 kN |
| 8 N | 0.008 kN |
| 9 N | 0.009 kN |
| 10 N | 0.01 kN |
| 11 N | 0.011 kN |
| 12 N | 0.012 kN |
| 13 N | 0.013 kN |
| 14 N | 0.014 kN |
| 15 N | 0.015 kN |
| 16 N | 0.016 kN |
| 18 N | 0.018 kN |
| 20 N | 0.02 kN |
| 22 N | 0.022 kN |
| 24 N | 0.024 kN |
| 25 N | 0.025 kN |
| 28 N | 0.028 kN |
| 30 N | 0.03 kN |
| 32 N | 0.032 kN |
| 36 N | 0.036 kN |
| 40 N | 0.04 kN |
| 45 N | 0.045 kN |
| 48 N | 0.048 kN |
| 50 N | 0.05 kN |
| 60 N | 0.06 kN |
| 70 N | 0.07 kN |
| 75 N | 0.075 kN |
| 80 N | 0.08 kN |
| 90 N | 0.09 kN |
| 100 N | 0.1 kN |
| 125 N | 0.125 kN |
| 150 N | 0.15 kN |
| 200 N | 0.2 kN |
| 250 N | 0.25 kN |
| 300 N | 0.3 kN |
| 400 N | 0.4 kN |
| 500 N | 0.5 kN |
| 600 N | 0.6 kN |
| 750 N | 0.75 kN |
| 800 N | 0.8 kN |
| 900 N | 0.9 kN |
| 1000 N | 1 kN |
An average apple weighs about 1 N under Earth gravity. A firm handshake grip exerts roughly 50 N of force.
The newton (N) is the SI derived unit of force, defined as the force required to accelerate a one-kilogram mass at one meter per second squared. It is the standard unit throughout physics and engineering.
The kilonewton (kN) equals exactly 1,000 newtons. It is the practical unit for structural engineering loads, vehicle towing and braking forces, and climbing-gear strength ratings, where whole newtons would produce unwieldy figures.
We use Plausible for cookieless analytics. Accepting also lets Google Analytics set first-party cookies to count visits; advertising partners may set cookies once ads are enabled. You can read more in the privacy policy.