Weight across worlds
Same you.
Different gravity.
Mass belongs to the object. Weight is the pull of gravity. Enter your own mass or choose a measured object from the atlas.
Using a custom mass. You can also choose an object with a recorded mass.
Mass stays the same.
Gravity changes the pull.
3.71 m/s² × 70 kg
37.8% of the force on Earth
A scale calibrated to Earth gravity would display an equivalent of 26.48 kg under this force. That is an Earth-calibrated scale reading; the mass remains 70 kg. Giant planets have no solid surface at their quoted atmospheric reference level.
The numbers behind the pull +
We use F = m × g. Standard Earth gravity is 9.80665 m/s²; actual gravity varies with latitude and altitude. Planetary values are rounded reference values. Jupiter, Saturn, Uranus and Neptune use a conventional atmospheric level. A person could not stand on a solid surface there. For large astronomical objects this is a hypothetical force in a uniform external field, not a model of their self-gravity or mutual interaction.
There’s always another scale
Follow your curiosity.
PeopleHuman1.75 mA human is a primate of the species Homo sapiens, distinguished by habitual upright walking, language and complex tool use.
Living thingsAfrican elephant3.3 mAn African elephant is a large plant-eating mammal recognised by its trunk, tusks and broad ears.
TransportFamily car4.5 mA family car is a motor vehicle designed to carry several passengers and their belongings.
Living thingsBlue whale25 mA blue whale is a baleen whale that feeds by filtering small animals from seawater.
SpaceEarth12,740 kmEarth is the rocky planet on which we live and the third planet from the Sun.
SpaceMoon3,475 kmThe Moon is Earth’s natural satellite and the brightest large object in Earth’s night sky.
SpaceMars6,779 kmMars is a rocky planet orbiting the Sun, with a reddish surface due to iron oxide.
SpaceJupiter139,800 kmJupiter is a giant planet composed mainly of hydrogen and helium, orbiting the Sun beyond the asteroid belt.