10 meganewtons
10 MNWeight · definition
Weight is gravitational force. An object keeps its mass while its weight changes with local gravity.
Weight & gravity
Just how much force is 10 meganewtons?
Extreme forces
10 MN
FORCE
10 meganewtons
Weight is gravitational force.
10 MNWeight
0
Falcon 9 liftoff thrust
Falcon 9 liftoff thrust is the total force produced by the Falcon 9 rocket's engines to lift it off the launch pad.
7.6 MNLiftoff thrust
0
Bar length measures force in newtons. Mass and local gravity determine weight.
A little perspective
10 meganewtons is about 1.32 times the liftoff thrust of a Falcon 9.
Measurements, assumptions & sources +
10 meganewtons
Weight: 10 MN; definition.
Weight is gravitational force. An object keeps its mass while its weight changes with local gravity.
Falcon 9 liftoff thrust
Liftoff thrust: 7.6 MN; approximate; range 7.4 MN–7.8 MN.
A representative 7.6 MN sea-level liftoff-thrust anchor for a Falcon 9. Vehicle revision, engine operating point and atmospheric conditions change the actual value.
Defined examples — our methodology
The marked liftoff thrust is calibrated. Unmeasured illustration details are representative.
Measurement details
Why these numbers?
Compare 10 meganewtons with the liftoff thrust of a Falcon 9. The notes below explain how each value was chosen.
Falcon 9 liftoff thrust
7.6 MNLiftoff thrust · approximate · range 7.4 MN–7.8 MN
A representative 7.6 MN sea-level liftoff-thrust anchor for a Falcon 9. Vehicle revision, engine operating point and atmospheric conditions change the actual value.
- Comparing
- Weight ↔ Liftoff thrust
- Relative size
- 10 meganewtons is about 1.32 times the liftoff thrust of a Falcon 9. 10 meganewtons is approximately 31.6% greater than the liftoff thrust of a Falcon 9.
How to read the visual
The diagram uses the recorded measurements. Details outside the marked spans do not set the scale.
- We use 7.6 MN for the liftoff thrust of a Falcon 9; the recorded range is 7.4 MN–7.8 MN.
- The liftoff thrust of a Falcon 9: This is an estimate; check the notes for its rounding and uncertainty.
Weight is gravitational force; the same mass weighs differently where gravity changes.
10,000,000 Nnewtons
2,248,100 lbfpound-forces
1,019,700 kgfkilogram-forces
Change your perspective
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