↔️Push to Pull Strength Ratio Calculator

Bench to row, press to pull ratios

Enter your push and pull loads to get the ratio on two axes: horizontal (bench press to barbell row) and vertical (overhead press to vertical pull). This is the front-to-back axis, not left-to-right asymmetry. One axis alone is enough.

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lb
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For the vertical pull, enter the lat pulldown load or the total load of a weighted pull-up, meaning body weight plus added weight. Entering only the added weight throws the ratio badly off. Keep both fields in pounds and compare loads lifted for the same rep count.

The often quoted range of about 1 to 1 is a widely repeated figure, not an official standard. It comes from no federation rule or institutional guideline, and it shifts with the exercise pairing, the grip and the range of motion. This page therefore reports ratios and gaps only, with no grade and no risk figure. Written as of October 2026.

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Comparing front to back, not side to side

Strength balance is usually checked left against right. But the imbalance where a bench press keeps climbing while the row stays put never shows up in a left-right comparison at all. This calculator looks at the front-to-back axis instead: the bench press against the barbell row on the horizontal axis, and the overhead press against a vertical pull on the vertical axis, reporting the ratio and the gap on each.

The ratio divides the push load by the pull load and is shown to two decimals. Which side is heavier is decided from that same displayed ratio, and the gap in pounds appears in the same sentence so the three lines never point in different directions. Filling only one axis calculates that axis alone. For the vertical pull, use the lat pulldown load or the total load of a weighted pull-up, body weight included.

The frequently quoted range of about 1 to 1 is a widely repeated figure rather than an official standard: no federation rule or institutional guideline establishes it, and it moves with the exercise pairing, the grip and the range of motion. This tool therefore reports only the ratio and the gap, with no grade and no injury risk figure. If your shoulder or lower back hurts, get that looked at rather than adding load to even out a ratio.

FAQ

How is this different from a left-right asymmetry tool?

A left-right tool splits the same movement between sides. This one compares front to back instead: the loads you push against the loads you pull.

Is 1 to 1 the right answer?

No. About 1 to 1 is a widely repeated figure rather than an official standard. It changes with the exercise pairing, the grip and the range of motion, so do not treat it as a fixed target.

What load should I enter for weighted pull-ups?

Body weight plus the added weight, as one total. Entering only the added plate makes the pull side look far smaller than it is and distorts the ratio.