Find your weight on Venus: enter your Earth weight in pounds or kilograms to see what a scale would read on Venus, or convert a Venus weight back.

Optional settings

Venus Weight Formula

Wvenus = Wearth × (gvenus / gearth)
  • Wvenus: your weight on Venus (same unit as input)
  • Wearth: your weight on Earth
  • gvenus: surface gravity on Venus, 8.87 m/s²
  • gearth: standard Earth gravity, 9.80665 m/s² (a reference value, not every location’s actual gravity)

The ratio gvenus / gearth is about 0.904488, so a Venus weight is roughly 90.45% of the matching Earth weight. To go the other direction, divide instead of multiply: Wearth = Wvenus / 0.904488. Mass does not change between planets; only the weight (the force gravity exerts on that mass) does.

Reference Values and Quick Conversions

Surface gravity on Venus is close to Earth’s, which makes Venus the most “Earth-like” planet for weight, even though its surface conditions are not.

Body Surface gravity (m/s²) Weight ratio vs Earth
Earth9.8071.000
Venus8.870.904
Mars3.710.378
Moon1.620.165
Jupiter24.792.528
Earth weight Venus weight
100 lb90.4 lb
150 lb135.7 lb
180 lb162.8 lb
200 lb180.9 lb
70 kg63.3 kg
90 kg81.4 kg

Example and FAQ

Example. You weigh 165 lb on Earth. Your Venus scale-equivalent weight is 165 × (8.87 / 9.80665) ≈ 149.24 lb. Your unchanged mass is 165 × 0.45359237 ≈ 74.843 kg, giving a Venus gravitational force of about 663.86 N.

Why is Venus weight so close to Earth weight? Venus has about 81.5% of Earth’s mass and a slightly smaller radius. The two effects nearly cancel, leaving surface gravity within about 10% of Earth’s.

Does my mass change on Venus? No. Mass stays the same. Only the gravitational force on that mass changes, which is what a scale reads as weight.

Would a bathroom scale actually work on Venus? An ideal force-sensitive spring scale retains its Earth calibration and shows the lower scale-equivalent reading on Venus. A balance comparing masses gives the same mass. Actual ordinary scales are not designed for Venus’s extreme surface environment.