How Your Lifts Should Balance — A Guide To Strength Ratios

Why ratios matter more than absolute numbers

Looking at a single 1RM and asking “is this good?” is a coaching dead end. Good for whom? Bigger and more experienced lifters lift more — that’s not informative. The two questions that are informative:

1. Is the lift progressing? (Year-over-year delta — covered by training logs.)
2. Is the lift in balance with the other lifts? (Inter-lift ratios — what this guide is about.)

A ratio answers the second question without needing to know the lifter’s age, training history, or bodyweight. It compares the lifter to themselves.

The classic ratios

These are widely-cited bands drawn from the powerlifting and strength-coaching tradition (Rippetoe, Kilgore, Lon Kilgore’s Practical Programming) and from large public databases like Symmetric Strength and Strength Level. The bands are intermediate-and-up trained-lifter norms — beginners produce ratios that are too volatile to be informative.

Ratio	Male typical	Female typical	”Low” usually means
Bench / Squat	60–80%	45–65%	Pressing volume too low; quad-dominant build
Deadlift / Squat	110–140%	115–150%	Hip-hinge weakness or technique-limited deadlift
Bench / Deadlift	40–65%	30–55%	Upper body lagging — the most common pattern
OHP / Bench	55–75%	55–75%	Vertical pressing weak point
Row / Bench	80–105%	80–105%	Pulling lagging — common cause of bench plateaus

A few notes on the table:

• The female bands shift relative to the male bands in the lower-to-upper direction. Women generally have a stronger lower-to-upper body ratio. The female bench-to-squat band is not a sign of weakness — it’s simply a different distribution.
• The OHP/bench and row/bench bands are similar between sexes; the lower-to-upper effect doesn’t show up there because both sides of the ratio are upper-body lifts.

What a “low bench / squat” really tells you

Most lifters who have a low bench-to-squat ratio do not have a bad bench. They have a lower volume of bench work relative to their squat work. The fix is almost never “do less squatting” — it’s “do more benching.”

The exception: a lifter with a structurally bad bench setup (flared elbows, no leg drive, inconsistent path). For them, the ratio is a downstream symptom of a technique issue that volume alone won’t fix. If you’ve added bench volume for two blocks and the ratio hasn’t moved, get a coach to check your form before increasing volume further.

The deadlift-to-squat ratio: leverage vs. technique

The deadlift-to-squat ratio is the most leverage-sensitive of the major ratios. Long arms and short legs both inflate the deadlift relative to the squat. A 6’5” lifter with a +3” wingspan can run a 1.7× deadlift-to-squat ratio without anything being wrong; a 5’4” lifter with shorter levers might cap out at 1.1×.

Use the deadlift-to-squat ratio with care. If it’s high and your deadlift is progressing while your squat is stuck, the ratio is informative — your squat needs work. If it’s high and both lifts are progressing well, you’re just leveraged for deadlifts.

The pull-to-push ratio: the most overlooked imbalance

Most recreational lifters have far more pressing volume than pulling volume — bench day, OHP day, push day in PPL splits. The result: a row-to-bench ratio that drifts well below 80%, and a bench that plateaus around 1.25× bodyweight.

The cure isn’t elaborate. Add a row variation (pendlay, chest-supported, dumbbell row) to your bench day at moderate weight (60–70% of your bench). Match the volume of your bench work — same set count, similar rep ranges. After 12 weeks, the row will catch up and the bench plateau usually breaks too. The shoulder-girdle support a strong row provides is what was missing.

How women’s ratios differ

Female lifters distribute strength differently on average:

• Lower body to upper body: women hit a higher percentage of male squat/deadlift records than they do bench/OHP records. The ratio reflects this — the female bench-to-squat band starts lower than the male band.
• Deadlift to squat: female deadlifts are often higher relative to squat. The female band starts at 115% (vs. 110% male) and extends higher.
• Pull and OHP ratios: these don’t shift much between sexes because they compare two upper-body lifts.

The female bands are descriptive of competitive raw lifters at intermediate-and-up levels. Individual women will of course span the full range.

How to fix an imbalance — actual programming changes

Imbalances are programming problems. The fix is volume + frequency on the lagging lift, not deload-and-cycle on the leading lift. Practical templates:

Lagging bench (low bench-to-squat or bench-to-deadlift):

• Add 2–4 sets per week of bench work, ideally as a second bench day at 70–80% intensity.
• Run for 12 weeks before re-evaluating. Don’t expect to see ratio movement in 4 weeks.

Lagging deadlift (low deadlift-to-squat):

• Counterintuitively: deadlifts respond worse to high frequency for most lifters. Instead, add 3–5 back-off sets at 70–80% after your top set, once a week. Or add a deficit deadlift / RDL variation on a different day.
• Volume, not frequency. Run for 12–16 weeks.

Lagging row (low row-to-bench):

• Add a row variation to your bench day at moderate intensity. 3–4 sets, 6–10 reps.
• Rows respond well to high frequency.

Lagging OHP (low OHP-to-bench):

• Add a third pressing day, overhead-focused, lower intensity (60–75% OHP) for higher rep volume.
• This is the one place where adding frequency actually works for upper-body pressing.

For programming theory, see the progressive overload guide.

When ratios are misleading — an honest list

• Beginner lifters. Less than a year of training: ratios are too volatile to be useful. Train all the lifts seriously for a year, then check.
• Injured lifters. A bad shoulder will tank bench/OHP indefinitely. The ratio reads “lagging upper body” but the cause is structural.
• Highly leveraged lifters. Tall + long arms = deadlift advantage. Short + short arms = bench advantage. Don’t try to “fix” leverage.
• Sport athletes. Olympic lifters usually have huge squats and modest benches. Strongmen have huge deadlifts. Powerlifters tend to balance. The ratios target the powerlifting middle — adjust expectations if you’re optimizing for a different sport.
• Lifters using gear. The bands here are for raw lifting. Equipped totals run different ratios.

Closing

Use the ratios as one signal in a dashboard that also includes: are my lifts progressing year-over-year, am I recovering well, and am I enjoying the training. A “low” ratio that you’ve been told to fix can pull you into a 12-week block of work that solves nothing if your bench was already progressing fine and the ratio was a leverage artifact.

Run your numbers through the strength ratios calculator to see exactly where you sit, and use the table at the top of this guide as your reference.