Push-Up Weight Calculator
Use this Push-Up Weight Calculator to estimate how much of your bodyweight is supported through your hands during a standard or knees-down push-up.
Enter your bodyweight and choose the push-up type. The calculator uses the fixed setup shown in the form and estimates both the top and bottom positions, so you do not need to choose a research method or measure technical distances.
You’ll get the estimated hand-supported weight, percentage of bodyweight and top-to-bottom comparison, ready to save, copy, share or print.
Your Push-Up Weight Result
Your result shows the estimated weight supported through your hands at the top and bottom of the selected push-up. Read both values because your weight distribution changes as you move.
Save your bodyweight and push-up type with the result if you want to compare later. Use the same hand placement, body line and depth each time.
Calculate above to see your result and the numbers behind it.
Use the Same Push-Up Setup
Enter your current bodyweight and choose standard or knees-down push-ups. The form supplies the supported setup: hands slightly wider than shoulder width, shoulders above hands, a straight body line and about a 90-degree elbow bend at the bottom.
No research-method selector is required. The calculator applies the documented group averages for the push-up type you choose.
- Weight unit
- Choose the unit shown on your weights.
- Bodyweight
- Enter your current bodyweight, without any extra exercise weight.
- Exercise setup
- Choose the version you performed. Compare results only with the same version.
Compare the Top and Bottom Positions
The chart separates weight supported through the hands from weight supported through the feet or knees at the top and bottom. The two parts add back to the bodyweight you entered.
The table below the chart exposes the same values and estimate labels without relying on color.
Categories: Push-up position
Values: lb
- Weight through your hands
- Weight through feet or knees
View all chart values and details
| Series | Push-up position | lb | Interpretation |
|---|---|---|---|
| Weight through your hands | 1. Top | 121.98 | Estimate |
| Weight through your hands | 2. Bottom | 132.35 | Estimate |
| Weight through feet or knees | 1. Top | 54.39 | Estimate |
| Weight through feet or knees | 2. Bottom | 44.02 | Estimate |
How Push-Up Weight Is Estimated
The calculator multiplies your bodyweight by the documented average support percentages for the selected push-up type and position. It then subtracts the hand-supported portion to show what remains at the feet or knees.
These are static-position estimates. They do not measure the changing force of a moving repetition or convert a push-up into a bench-press weight.
See the equations and calculation details
| Result | Value | Type |
|---|---|---|
| Top Supported Weight | bodyweight * selectedVariantTopFraction | Equation |
| Bottom Supported Weight | bodyweight * selectedVariantBottomFraction | Equation |
| Remaining Support | bodyweight - supportedWeight | Equation |
A Push-Up Weight Example
This checked example uses pounds. It comes directly from the same calculator that produces your result.
Select “Use example” to load these values. If you choose kilograms in the calculator, the chart and personalized tables recalculate in kilograms.
| Result | Value |
|---|---|
| Weight unit | lb |
| Bodyweight | 176.37 lb |
| Exercise setup | Standard push-up |
| Push-up method | Study estimate |
| Estimated weight through your hands at the top | 121.98 lb |
| Estimated weight through your hands at the bottom | 132.35 lb |
| Bodyweight supported at the top | 69.16 % |
| Bodyweight supported at the bottom | 75.04 % |
Why Your Result Can Differ
The source sample included 28 trained men, so individual proportions, hand position and technique can shift the result. Treat it as a useful setup-specific estimate rather than an exact personal force measurement.
Sources are listed here so you can review the method without leaving the calculator before using it.
- Guide for the Use of the International System of Units (SI) — NIST (2008).
- The Effect of Position on the Percentage of Body Mass Supported During Traditional and Modified Push-Up Variants — Suprak, Dawes and Stephenson (2011).