Planet Weight Calculator


Calculating weight on different planets can be fascinating and useful for understanding the differences in gravitational pull across celestial bodies. With advancements in technology, we can easily determine our weight on planets other than Earth using simple formulas and tools. In this article, we’ll explore how to use a planet weight calculator, its formula, provide an example solve, address common FAQs, and conclude with the significance of understanding planetary weights.

How to Use

To use the planet weight calculator, simply enter your weight in kilograms (kg) in the provided input field. Then, select the planet from the dropdown menu for which you want to calculate the weight. Finally, click on the “Calculate” button to see the result.


The formula used to calculate weight on other planets is:


  • Weight planet​ is the weight on the selected planet.
  • Weight Earth​ is the weight on Earth in kilograms.
  • Gravity planet​ is the gravitational acceleration on the selected planet in m/s2.

Example Solve

Suppose your weight on Earth is 70 kg. Let’s calculate your weight on Mars using the provided formula.

Weight Mars​≈26.52kg

Therefore, your weight on Mars would be approximately 26.52 kg.


Q: Can I use this calculator for weight measurements other than kilograms?
A: Yes, you can. However, ensure consistency in units for accurate results.

Q: Are the gravitational values used in this calculator accurate?
A: Yes, the gravitational values used are based on scientific data provided by space agencies.

Q: Can this calculator be used for celestial bodies other than planets?
A: No, this calculator is specifically designed for planets with known gravitational accelerations.


Understanding weight variations across different planets can deepen our understanding of gravitational forces in the universe. By using a planet weight calculator, we can easily determine how our weight would differ on various celestial bodies. Whether for scientific curiosity or practical purposes, knowing our weight on other planets opens up new perspectives on space exploration and human physiology.

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