Your push pull training ratio is how much pulling volume you do compared to pushing — and for most people who train, it's badly lopsided in favor of pushing. That gap is the mechanical reason for rounded shoulders, a shoulder that clicks, and a lower back that's quietly been covering for an untrained posterior chain. The fix isn't a program overhaul. It's one rule: pull as much as you push.

This covers where the imbalance actually comes from, what counts as real pulling, and the specific correction for each part of your body that tends to get skipped.

• Recreationally active adults test at roughly 1.57:1 push-to-pull strength in men and 2.72:1 in women — most people are considerably stronger pushing than pulling.
• A bicep curl is not pulling. Real pulling means your back is the primary mover — rows and pull-ups, not elbow flexion.
• The posterior chain (glutes, hamstrings, spinal erectors) gets skipped for the same reason pulling does: it's hard to see in a mirror and doesn't photograph well.
• One row for every push, one hip hinge for every squat pattern. That's most of the correction, without redesigning your whole program.
• Hip flexors don't need more training — they need more stretching. Sitting eight-plus hours a day tightens them; volume doesn't fix tightness.
• The evidence for the imbalance itself is solid. The evidence linking it directly to a specific injury outcome is weaker — treat it as a real risk factor, not a guarantee.

If you've trained for six months or more, your chest and shoulders are probably in decent shape. Pushing — chest, shoulders, triceps — is the pattern gyms are built around, the pattern that's easiest to see progress on, and the pattern most fitness content defaults to. Pulling gets far less attention for a simple reason: it trains muscles you can't see in a mirror, so it doesn't sell the way visible muscle does.

The measured gap is bigger than most people expect. A 2013 study tested 180 recreationally active adults on timed push-ups and modified pull-ups. Men produced a push-to-pull ratio of roughly 1.57:1, and women 2.72:1 (Negrete et al., 2013). That's not a niche finding about weak trainees — that's the average person who already exercises.

Worth being precise about what that number does and doesn't prove. The authors were explicit that the relationship between this imbalance and injury risk needs further investigation — they published reference values, not a diagnosis. A separate systematic review of overhead athletes found muscle imbalance was linked to shoulder, lower back, elbow and wrist injuries, but that evidence comes from a specific athletic population doing repetitive overhead motions, not gym-goers generally (systematic review, overhead athletes, 2021). The push pull training ratio gap is well documented. The injury link is a reasonable risk factor, not a settled cause-and-effect.

This is where a lot of people who think they're already balanced are wrong. A bicep curl gets counted as "pulling" constantly, and it isn't. A curl is elbow flexion — your lats do essentially nothing during it. Real pulling means your back is the primary mover, not your arms.

There are two real categories in any push pull training ratio. Vertical pulls — pull-ups, chin-ups — move your body up toward a fixed bar. Horizontal pulls — rows, in any of their variations — move something toward your torso while your torso stays still. Both count. Most people who train do neither consistently, or do one and assume it covers the other.

The correction to your push pull training ratio is mechanically simple: one row for every push movement in your week. Not a program overhaul — an addition. If you're doing three pushing exercises across your week, add three genuine pulling ones alongside them, not instead of them.

Glutes, hamstrings and spinal erectors run every hip hinge movement you do — picking something off the floor, a deadlift, the push-off in a stride. This group gets skipped for the identical reason pulling does: it's hard to see, hard to photograph, and doesn't show up in a before-and-after. Most programs quietly follow that incentive, training chest and quads for years while the posterior chain does the minimum required to stand upright.

The hinge pattern is the fix for the lower-body half of your push pull training ratio. Deadlifts, Romanian deadlifts, kettlebell swings all share the same shape: hinge at the hips, keep the back flat, drive through the heels. You're folding forward and standing back up, with the glutes doing the work rather than the knees.

For direct glute work, a glute bridge is the simplest option: lie on your back, feet flat, drive the hips up and squeeze at the top. If you feel it in your lower back instead of your glutes, the glutes have already checked out and the back is compensating — the same pattern that shows up when a weak posterior chain gets asked to do a hinge it was never trained for.

One hip hinge for every squat pattern in your week is the whole prescription. It's the lower-body version of the push-pull rule above.

Hip flexors are a different problem from pulling and the posterior chain — they're not weak from undertraining, they're tight from overuse in the wrong position. Eight-plus hours of sitting a day holds the hip flexors in a shortened position, and volume in the gym doesn't undo that. A 30-second stretch after a long day of sitting doesn't reverse eight hours of the joint being stuck.

This is the one part of the framework that isn't a training-volume fix. More hip flexor exercises won't help if the actual problem is chronic shortening from posture, not weakness. The correction is consistent stretching, not consistent loading — the opposite direction from every other muscle group in this article.

You don't need to redesign your program from scratch to fix your push pull training ratio. Pull as much as you push. Train the back of your body as much as the front. One hinge for every squat. That's the entire correction, stated as simply as it can be stated.

Most people who add one row variation notice their shoulder stops clicking within a few weeks. That's not because rows are a miracle exercise — it's because the shoulder finally has something behind it doing its job, instead of the joint absorbing load a weak upper back should have been sharing.

• Negrete, R.J., Hanney, W.J., Pabian, P., Kolber, M.J. (2013). Upper body push and pull strength ratio in recreationally active adults. International Journal of Sports Physical Therapy 8(2):138
• Systematic review (2021). Occurrence of muscle imbalance and risk of injuries in athletes using overhead movements. Sport Mont