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Your Weight on Other Planets

Understand how gravity changes your weight across the Solar System through interactive calculations, jump comparisons, and physical strength perspectives.

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Space Gravity Facts

  • •Jupiter has the strongest gravity in the Solar System (24.79 m/s² or 253% of Earth).
  • •The Moon has only about 16.5% of Earth's gravity, meaning your muscles would feel super strong.
  • •Mars surface gravity is 38% of Earth's, allowing for significantly higher jumps.

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Personalized Gravity Insights
Moon WeightOn the Moon you would weigh only 11.6 kg.
Jupiter WeightOn Jupiter you would weigh 176.9 kg, feeling much heavier.

Your weight changes across the solar system depending on the gravity, but your actual mass (amount of matter) remains exactly the same.

Planets Grid

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Mercury

The smallest and closest planet to the Sun.
Weight26.4 kg
Gravity3.7 m/s² (37.7%)

“You could jump almost 3x higher than on Earth, and it has virtually no atmosphere to slow you down.”

Gravity Difference-62% lighter
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Venus

Earth's toxic twin, covered in thick sulfuric acid clouds.
Weight63.3 kg
Gravity8.87 m/s² (90.4%)

“Venus is the hottest planet in the Solar System. You would feel almost the same weight as on Earth.”

Gravity Difference-10% lighter
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Earth

The only known planet in the universe that supports life.
Weight70.0 kg
Gravity9.807 m/s² (100%)

“This is your home base. 100% of your normal weight and gravity.”

Gravity DifferenceSame as Earth
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The Moon

Earth's only natural satellite, orbiting us every 27.3 days.
Weight11.6 kg
Gravity1.62 m/s² (16.5%)

“With only 16.5% of Earth's gravity, you could easily jump over a car and lift heavy machinery.”

Gravity Difference-84% lighter
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Mars

The Red Planet, home to the dustiest deserts.
Weight26.6 kg
Gravity3.72 m/s² (37.9%)

“Mars has the tallest volcano in the solar system, Olympus Mons. You would feel light and springy.”

Gravity Difference-62% lighter
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Jupiter

The largest planet in the Solar System, 11x wider than Earth.
Weight176.9 kg
Gravity24.79 m/s² (252.8%)

“Jupiter is a gas giant with no solid surface. If you stood on its clouds, you would feel crushed by gravity.”

Gravity Difference+153% heavier
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Saturn

The gas giant famous for its massive and spectacular ring system.
Weight74.5 kg
Gravity10.44 m/s² (106.5%)

“SATURN is so light and airy that if you could find a bathtub big enough, it would float on water.”

Gravity Difference+7% heavier
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Uranus

An ice giant that tilts almost 98 degrees on its axis.
Weight62.0 kg
Gravity8.69 m/s² (88.6%)

“Uranus rotates on its side. Its surface gravity is slightly weaker than Earth's despite its size.”

Gravity Difference-11% lighter
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Neptune

The windiest and most distant major planet in the Solar System.
Weight79.6 kg
Gravity11.15 m/s² (113.7%)

“Neptune has supersonic winds reaching up to 2,100 km/h, making it a very hostile place to visit.”

Gravity Difference+14% heavier
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Pluto

A frozen dwarf planet located in the distant Kuiper Belt.
Weight4.4 kg
Gravity0.62 m/s² (6.3%)

“You would feel virtually weightless here. A standard jump could launch you onto a small building.”

Gravity Difference-94% lighter

🦘 Jump height Comparison

Base Earth Jump: 0.5m
Mercury1.33 meters
Venus0.55 meters
Earth0.50 meters
The Moon3.03 meters
Mars1.32 meters
Jupiter0.20 meters
Saturn0.47 meters
Uranus0.56 meters
Neptune0.44 meters
Pluto7.91 meters

🪂 Fall Time (3m drop)

Lower time = faster fall
Mercury1.27 seconds
Venus0.82 seconds
Earth0.78 seconds
The Moon1.92 seconds
Mars1.27 seconds
Jupiter0.49 seconds
Saturn0.76 seconds
Uranus0.83 seconds
Neptune0.73 seconds
Pluto3.11 seconds

🏋️ Strength Perspective

Equivalent Earth mass object you could lift as easily as a 15kg load on Earth due to the planet's gravity.

Mercury🚲
Bicycle(15 kg)
Venus🚲
Bicycle(15 kg)
The Moon🧊
Refrigerator(80 kg)
Mars🚲
Bicycle(15 kg)
Jupiter🎒
Backpack(10 kg)

Planet Comparison Mode

Select two bodies to compare side-by-side.

VS

🌍Earth

  • Weight70.0 kg
  • Surface Gravity9.807 m/s²
  • Jump height0.50m
  • Fall Speed (3m)0.78s

🪐Mars

  • Weight26.6 kg
  • Surface Gravity3.72 m/s²
  • Jump height1.32m
  • Fall Speed (3m)1.27s

Educational Explainer

Learn about the physics of weight and gravity.

1. Mass vs. Weight

Mass is the amount of matter in your body and remains constant anywhere in the universe. Weight is the force exerted on your mass by gravity and changes based on where you stand.

2. What is Gravity?

Gravity is an attractive force between objects with mass. Larger celestial bodies (like Jupiter) have more mass and pull objects toward them with greater force than smaller bodies (like the Moon).

3. Why it Changes

Weight is calculated as Mass × Gravity. Since each planet has a unique combination of mass and radius, their surface gravity acceleration values vary, changing your weight accordingly.

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About the Your Weight on Other Planets Tool & How It Works

The Your Weight on Other Planets is a high-performance web utility built under the Education category of BoringTools. Designed to be fast and uncluttered, it enables you to calculate your weight, jump height, and lifting capacity across different planets and moons in our solar system instantly. There is no software to install, no account registration required, and no hidden subscription fees. All operations run locally inside your web browser, ensuring maximum privacy and instant feedback.

In modern digital workflows, having quick access to reliable, single-purpose utilities saves valuable time. The Your Weight on Other Planets tool simplifies what would otherwise require complex desktop software or signing up for suspicious online file converters. By keeping calculations client-side, it ensures your data remains secure and private on your local machine at all times.

How to Use the Tool

  1. Navigate to the Your Weight on Other Planets tool page on BoringTools.
  2. Input your data, toggle options, or upload files into the designated interface fields.
  3. The tool will automatically process the inputs in real-time or upon clicking the action button.
  4. Review the results on screen, copy them to your clipboard, or export/download them as a structured report.

Frequently Asked Questions