Guide
"Is my squat any good?" is one of the most common questions in any gym, and the honest answer is: good compared to what? Strength standards give you a reference frame — rough benchmarks for what beginner, intermediate, advanced, and elite lifters pull relative to their bodyweight. Used well, they're motivating and clarifying. Used badly, they're a fast way to feel inadequate. Here's how to read them.
Most strength-standard tables come from two sources: bodyweight ratios (multiples of your own weight) and competition data (what people actually lift at drug-tested meets across weight classes). Ratios are easy to remember; competition data is more precise but skews toward people who compete — a self-selected, stronger-than-average group. Good tables blend both, which is what the standards on our calculator page do.
One important nuance: ratios flatter lighter lifters and punish heavier ones. A 140 lb lifter deadlifting 2× bodyweight (280 lb) and a 240 lb lifter deadlifting 2× bodyweight (480 lb) are not doing equally impressive things — the heavier lift is far greater in absolute terms. This is exactly why competition uses coefficient scores like Wilks and DOTS to compare across weight classes fairly.
These are ballpark multiples of bodyweight for a full, competition-legal lift. Individual proportions matter enormously — long femurs make squats harder, long arms make deadlifts easier and bench harder — so treat them as a map, not a verdict.
| Level | Squat | Bench | Deadlift |
|---|---|---|---|
| Beginner | 1.0× | 0.75× | 1.25× |
| Intermediate | 1.5× | 1.0× | 1.75× |
| Advanced | 2.0× | 1.5× | 2.25× |
| Elite | 2.5×+ | 1.75×+ | 2.75×+ |
| Level | Squat | Bench | Deadlift |
|---|---|---|---|
| Beginner | 0.75× | 0.5× | 1.0× |
| Intermediate | 1.25× | 0.75× | 1.5× |
| Advanced | 1.75× | 1.0× | 2.0× |
| Elite | 2.25×+ | 1.25×+ | 2.5×+ |
The gap between levels is not evenly spaced in effort. Going from a beginner to an intermediate deadlift (say 1.25× to 1.75× bodyweight) often happens in the first year or two of consistent training. Going from advanced to elite — the last quarter-multiple — can take many more years and is where most lifters plateau for good. If your progress has slowed, you haven't stalled; you've just entered the part of the curve where strength is earned in small increments.
This is the classic "diminishing returns" shape of strength development, and it's one of the most useful things a standards table can teach a newer lifter. Early on, almost any consistent program works, and the numbers move fast enough that a beginner can genuinely add weight to the bar week over week. That pace is not a permanent feature of training — it's the beginner's temporary bonus. Understanding this in advance prevents the common trap of assuming something is "wrong" with your program the moment linear progress ends. Nothing is wrong; you've simply graduated to the phase where progress is measured over months rather than sessions, and where recovery, technique refinement, and program structure start to matter far more than raw effort.
It's worth understanding the two sources behind these numbers a little more deeply, because they answer different questions. Bodyweight ratios answer "how strong am I for my size?" in the simplest possible way — a single multiplier anyone can compute in their head. Their weakness is that the human body doesn't scale linearly: doubling bodyweight doesn't double achievable strength, so ratios reward lighter lifters and quietly penalize heavier ones. Competition data answers a subtly different question — "how do I compare to people who actually test their maxes under standardized conditions?" Meet results are recorded to consistent depth and judging standards, which makes them precise, but the pool is self-selected: people who enter drug-tested meets are, on average, more experienced and more committed than the general gym population. A table drawn only from meet data will therefore read harder than one drawn from everyday lifters. Good standards blend the two, and knowing which source a table leans on tells you how strictly to read it.
For the most rigorous cross-bodyweight comparison, competition itself doesn't rely on raw ratios at all — it uses coefficient scores such as Wilks and DOTS, which are fitted to large datasets precisely to correct the scaling problem that simple multiples create. If you're a very light or very heavy lifter and the ratio tables feel unfair, that's not your imagination; it's the exact limitation those coefficients were invented to fix.
New lifters often want a timeline, and while individual results vary enormously, a rough pattern holds. In the first several months of consistent, well-programmed training, many people can add weight to the main lifts almost every week — this is the beginner phase where the body adapts quickly to a brand-new stimulus. Over the following year or two, progress typically shifts from weekly to monthly, and working through an intermediate program that adds weight across a week rather than a session becomes appropriate. By the time a lifter reaches the advanced bands in the tables above, meaningful gains are often measured over training blocks of many weeks. If your rate of progress has slowed, compare it against where you sit on these standards before assuming your program is broken — a slowdown near the advanced level is expected and normal, not a sign of failure. As always, any change to your training should account for recovery, technique, and, where relevant, guidance from a qualified coach.
A bodyweight multiple is a blunt instrument, and it's worth naming what it can't see. It ignores limb proportions — a lifter with long arms will almost always deadlift more easily and bench with more difficulty than the table implies, purely because of leverage. It ignores age and sex-specific physiology beyond the crude split between the two tables above. It ignores training age: a 200 lb lifter who has trained for a decade and one who started last month are treated identically. And it ignores equipment and standards of depth — a "squat" done to competition depth is a very different lift from a quarter squat with the same weight on the bar. Whenever a table seems to say something harsh about your lifts, check whether one of these hidden variables is really the story.
Standards tables are usually built around healthy adults in roughly their twenties to forties, which means they need mental adjustment at the edges. A lifter in their sixties reaching an "intermediate" squat is doing something genuinely more impressive than the label suggests, because the table wasn't calibrated for their age. The same is true for very new lifters, for people returning after a long layoff, and for anyone managing an injury — the numbers describe a population average, not your personal ceiling. Sex differences are baked into the two tables above, but even within them, factors like limb length and where you carry muscle shift what's realistic. None of this makes the standards useless; it just means they work best as a compass heading rather than a finish line. The healthiest way to read any tier you land in is "here is roughly where I sit, and here is the next reasonable target," not "here is my grade."
Standards become genuinely motivating the moment you convert them into a concrete next step. If your squat sits at the top of the beginner band, the intermediate benchmark for your bodyweight becomes a clear medium-term target — and because you already know your estimated max, you can work out exactly how much weight that means adding to the bar. Break that gap into small increments, add them gradually across training blocks, and re-check your position on the table every couple of months. This turns an abstract label into a sequence of achievable steps, which is far more useful than simply noting that elite numbers exist. Just remember that adding weight sensibly, with attention to technique and recovery, matters more than rushing to hit a benchmark — and if you have any health concerns, a physician or qualified coach should be part of that plan.
Take a 180 lb man whose best recent squat is a heavy triple at 250 lb. First, convert that set to an estimated one-rep max — a set of 3 at 250 lb works out to roughly 265 lb using a standard formula. Now divide by bodyweight: 265 ÷ 180 ≈ 1.47× bodyweight. Checking the men's table, that lands right at the top of the beginner band and just under intermediate — a fair, encouraging place for someone still early in training. Suppose his bench is 185 lb for the same triple, an estimated max near 196 lb, or 1.09× bodyweight: that's solidly intermediate. The comparison instantly reveals the useful information — his squat is lagging his bench relative to the standards, so the next training block should probably bias toward squatting. That's the whole value of standards in one calculation: not a grade, but a map to your weakest link.
What is a good squat for my bodyweight?
As a rough guide, a squat around 1× bodyweight is a solid beginner benchmark for men and about 0.75× for women, climbing toward 2× and 1.75× respectively at an advanced level. These are approximate; your proportions, depth, and training history all shift the picture, so use them as a reference frame rather than a verdict.
Are strength standards different for men and women?
Yes. On average, women's benchmarks sit lower in absolute bodyweight multiples, particularly for upper-body pressing, which is why the tables above are split by sex. Within each table, the same caveats about proportions and training age still apply.
How do I compare my lift if I'm a very light or very heavy lifter?
Bodyweight multiples flatter light lifters and understate heavy ones, so at the extremes they become misleading. For a fairer cross-bodyweight comparison, use a coefficient score like Wilks or DOTS, which is designed exactly for this problem.