What is a good overhead press for your body weight?

Overhead Press Standards Table by Body Weight

These are the widely published one-rep-max standing overhead press standards (in lb) for men, stratified by body weight, based on the Strength Level (strengthlevel.com) database of millions of logged lifts. Classification describes training age: beginner is roughly the first month, novice runs 0-6 months, intermediate spans 1-2 years, advanced runs 3-5 years, and elite represents 6+ years.

Female overhead press standards run about 55-65% of male values at the same body weight, per the same source:

What Your Press Tier Means

Your classification is the highest tier your one-rep max reaches at your body weight. Published standards (Strength Level, ExRx.net) define beginner as roughly the first month of practice, novice as 0-6 months of consistent training, intermediate as 1-2 years, advanced as 3-5 years, and elite as 6+ years of dedicated training.

• Beginner: Below the novice threshold. Most untrained people land here, and that is a completely normal starting point.
• Novice: Below intermediate but strong enough to classify. Typical of the first several months of training.
• Intermediate: Roughly 0.8× body weight for males. The 40-60th percentile range for active gym-goers.
• Advanced: About 1.0× body weight. Top ~15% of gym lifters; requires years of periodized training.
• Elite: 1.35×+ body weight. Near the top of non-competitive lifters and competitive in strength sports.

The press is the slowest of the big lifts to climb tiers because the working muscles are small. Do not read a long plateau in the press tier as failure; it is the expected shape of progress for a lift that depends on deltoid and triceps size rather than total-body mass.

Why the Overhead Press Is the Lowest of the Big Lifts

Set the four major lifts side by side and the ordering is always the same: deadlift highest, squat next, bench press lower, overhead press lowest. The reason is muscle mass and mechanics. The press recruits only the deltoids, triceps, and upper trapezius, a fraction of the muscle mass the squat and deadlift mobilize. It also operates at a mechanical disadvantage: pressing a barbell from shoulder height to full lockout overhead requires the shoulders to press directly into a weak part of the range, with the load constantly moving further from the body's center of gravity.

The numbers reflect it. A 170 lb male's intermediate standards are about 330 lb deadlift, 282 lb squat, 205 lb bench, and 132 lb press. The press runs at roughly 55-65% of the bench press for the same lifter, and elite lifters press about 1.35× body weight versus 2.5-3.0× on the squat and deadlift. If your press seems embarrassingly small next to your bench, it is not: the ratio is the lift's normal shape, not a sign of a weak pressing day.

Barbell vs Dumbbell Overhead Press Conversion

The tables above are for the standing barbell overhead press, the lift most published standards reference. For the dumbbell overhead press, the two-dumbbell total is roughly comparable to a barbell press of the same weight, but most lifters find dumbbells slightly harder to load heavy because of the greater range of motion and stability demands. As a working guideline, per-hand dumbbell presses equal to about 60% of your barbell press are a reasonable equivalent:

So if you barbell press 150 lb, expect roughly 90 lb per hand overhead, and compare your two-dumbbell total of 180 lb against the barbell table. Our calculator applies this conversion when you switch to dumbbells.

Seated vs Standing Overhead Press

The standing press is the version the standards measure, and the version worth training for real-world strength. Standing forces your core and glutes to stabilize the load from the floor up, which is why a heavy standing press is a better test of total-body tension than any seated variation. The seated press removes most of that: with a bench supporting your back, the deltoids and triceps do nearly all the work, which lets you add more upper-body volume without core fatigue but leaves your trunk strength out of the lift.

Neither is wrong, and strong lifters use both. Run the standing barbell press as your main lift so your numbers track the standards above, then add seated dumbbell presses for deltoid volume and to fix side-to-side imbalances. If you log a seated press against the standing tables, you are comparing two different lifts: subtract roughly 10-15% for the missing core and leg contribution, and remember the seated number will flatter your standing press.

How the Standards Were Built

Overhead press standards are observational, drawn from large training databases rather than controlled trials. Strength Level aggregates tens of millions of logged community lifts and publishes percentile tables stratified by body weight, sex, and age. The data is self-reported and unverified, but it reflects how real gym-goers press, including the fact that relatively few lifters train the press hard: the pool skews toward people who do train it, which is worth remembering when you compare yourself to the tables.

Electromyographic research (McAllister et al., 2013) confirms the overhead press is among the most demanding common shoulder movements, recruiting the anterior and medial deltoids, triceps, and upper trapezius heavily: which is why it is the standard measure of pure shoulder pressing strength. The ACSM position stand (2009) supports structured progressive overload at 60-85% of 1RM as the evidence-based route to moving up the classification ladder.

What Changes Your Press Number

• Body weight: More upper-body muscle mass means more force. Standards scale with body weight, so compare within your weight class.
• Sex: Women press roughly 55-65% of male numbers at equal body weight, reflecting the smaller upper-body lean mass distribution.
• Press type: A strict (no leg drive) press is harder than a push press. Standards assume a strict, standing, no-hip-drive press.
• Range of motion: Full lockout overhead is harder than a half press. Standards assume full range, bar pressed from shoulders to lockout.
• Shoulder mobility: Tight shoulders shorten the pressing path's efficiency and increase injury risk, limiting the load you can handle.
• Bench bias: Lifters who bench more than they press develop a press that lags the standards. The fix is simply to press more.

How to Improve Your Overhead Press

• Press 2x per week: One heavy day (1-5 reps) and one volume day (8-12 reps) builds the shoulders and triceps faster than a single session.
• Strengthen your core: A rigid torso is the foundation of a heavy press: planks and anti-rotation work transfer directly.
• Use the dumbbell press as an accessory: The extended range of motion builds the full pressing arc and corrects side-to-side imbalances.
• Improve shoulder mobility: Overhead stability work and band pull-aparts protect the joint and allow a stronger lockout.
• Eat and sleep: A small caloric surplus and 7-9 hours of sleep allow the muscle adaptations the standards reflect.

For the terminology breakdown, see our guide: Overhead Press vs Military Press vs Shoulder Press: What's the Difference?

How to Test Your Overhead Press 1RM Safely

1. Warm up with 3-4 ramp-up sets (e.g., 50%, 65%, 75%, 85% of your estimated max).
2. Attempt a weight you expect to fail around; rest 3-5 minutes between heavy attempts.
3. Add 5 lb and retry; lower 5 lb if you fail. Your 1RM is the heaviest weight you complete to full lockout with control.
4. If you would rather not max out, estimate from a rep set using the Epley formula (1RM ≈ weight × (1 + reps/30)). Use our 1RM calculator.
5. Use a standard 45 lb bar, count total bar weight, and include the bar in your number. Press inside a rack with the pins set high enough to catch a failed rep.