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Weight on Other Planets Calculator

With this weight on other planets calculator, you can check how much you'd weigh if you landed on another planet within our Solar system.

Clear
Weight on Mars279.0482 Nthe same as 28.455 kg would weigh on Earth
Surface gravity3.72064 m/s²0.3794× Earth's
Weight on Earth735.4988 N75 kg — and your mass is 75 kg everywhere, including on Mars
What a bathroom scale would read28.455 kgscales are calibrated for Earth, so they report a weight as though it were a mass
How high you could jump2.636× your Earth heightthe same leg energy against weaker gravity
Time for a 1 m fall0.7332 s1.623× as long as on Earth
On Mercury277.283 N28.28 kg as a scale would read it
On Venus665.6264 N67.88 kg as a scale would read it
On Earth735.4988 N75 kg as a scale would read it
On the Moon121.8721 N12.43 kg as a scale would read it
On Ceres21.0353 N2.15 kg as a scale would read it
On Jupiter1.8593 kN189.6 kg as a scale would read it
On Saturn783.3062 N79.88 kg as a scale would read it
On Uranus651.6519 N66.45 kg as a scale would read it
On Neptune836.2621 N85.28 kg as a scale would read it
On Pluto45.6009 N4.65 kg as a scale would read it
On the Sun20.5204 kN2,092.5 kg as a scale would read it
On Titan101.5724 N10.36 kg as a scale would read it
On Europa98.5568 N10.05 kg as a scale would read it
On Io134.8905 N13.76 kg as a scale would read it

The formula

weight elsewhere = mass × g of that body

Mass travels, weight does not

Your mass is how much of you there is, and it is identical everywhere in the universe. Weight is the force gravity exerts on that mass, so it changes with wherever you happen to be standing. A bathroom scale measures force but is calibrated to report the mass that force implies on Earth, which is why taking one to Mars would make it lie.

Two results here are more surprising than the headline. Saturn is the largest planet after Jupiter yet its surface gravity is barely above Earth's, because it is so diffuse — less dense than water. And Mars and Mercury have almost identical surface gravity despite Mars being nearly twice the diameter, because Mercury is far denser.

"Surface" needs care for the gas giants, which have no surface: the quoted figures are at the level where atmospheric pressure equals one bar. The Sun's figure is at the photosphere.