Science & EngineeringFormula-based · Runs in your browser

Weight on Planets

Calculate your weight on different celestial bodies in our solar system.

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Calculation steps

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  1. 1

    Formula selected

    The calculator uses the following formula or method.

    Weight force = mass × local gravitational acceleration.

  2. 2

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  3. 3

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  4. 4

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How it works

Calculate your weight on different celestial bodies in our solar system.

Input query strings and outputs

Use an input name in this page’s URL as ?name=value, and join additional inputs with &. Portable shared links may instead use the compact ?ac= state parameter.

Input query strings

2
  • ?weight= Your Weight (lbs or kg)

    Number · Optional · Default: 150

  • ?planet= Planet

    Text · Optional · Default: mars

Outputs

1
  • result Result

    Text · Primary output

result contains the calculator’s complete rendered result area, including its visible result cards, tables, charts, and messages.

Find out how much you would weigh on other worlds in our solar system

Description

The Weight on Planets Calculator is a fun and educational science tool that demonstrates the power of surface gravity. While your “mass” (the amount of matter in your body) stays the same everywhere in the universe, your “weight” is a measure of the gravitational pull exerted on you by a planet. This tool takes your Earth Weight and applies the gravity factors of all the planets in our solar system (plus the Moon and Pluto) to show you how “heavy” or “light” you would feel elsewhere.

Inputs

  • Weight (lbs or kg): Your weight as measured on Earth.
  • Select Planet: Choose from Mercury, Venus, Mars, Jupiter, Saturn, Uranus, Neptune, Pluto, or the Moon.

Outputs

  • Result: Your weight on the selected world (in the same units you provided).

Chart

  • N/A: This tool provides a direct numeric gravity result.

“Good to Know”

  • Gravity Kings: Jupiter is the heavyweight champion of our solar system. You would weigh more than twice as much there as you do on Earth!
  • Floating on Pluto: On the dwarf planet Pluto, a 150 lb person would weigh only 9 lbs. You could jump incredibly high!
  • The Magic of Venus: Venus is often called Earth’s twin because its surface gravity is almost the same (91% of Earth’s).
  • Moon Jump: The Moon’s gravity is about 1/6th of Earth’s, which is why astronauts can hop around so easily in lunar footage.

Examples

Example 1: Mars Mission

  • Input: 180 lbs, Mars
  • Output: 68.4 lbs

Example 2: Lunar Landing

  • Input: 70 kg, Moon
  • Output: 11.6 kg

Example 3: Jupiter’s Crush

  • Input: 150 lbs, Jupiter
  • Output: 351.0 lbs
Sources
  • No external reference is listed for this calculator. Its formula and variable definitions are shown above.
Limitations
  • The model uses the stated units and idealized assumptions. Check applicability, tolerances, and safety requirements for real equipment.