How Strong Should You Be? Strength Standards by Age, Bodyweight & Sex

You loaded the bar, hit a number, and the same question every lifter eventually asks crept in: is that actually good?

How Strong Should You Be? The Honest Answer in One Table

The honest one-line answer: an intermediate man can bench roughly his bodyweight, squat about 1.5x bodyweight, and deadlift about 2x bodyweight; an intermediate woman lands near 0.75x bench, 1.25x squat, and 1.25–1.5x deadlift. But “good” depends on three things no single number captures — your bodyweight, your sex, and how long you’ve trained.

Strength scales with size. A 200-pound man benching 185 and a 130-pound woman benching 95 are doing nearly identical work relative to their frames, even though the raw numbers look a world apart. So the only fair way to grade a lift is as a multiple of bodyweight, split by sex and by training experience.

Here’s the master table. These ratios come from Strength Level’s crowd-sourced database of tens of millions of logged lifts, cross-checked against the five-tier classification framework popularized by strength coaches Mark Rippetoe and Dr. Lon Kilgore.¹²

Strength standards as a multiple of bodyweight (1-rep max)

Lift	Sex	Untrained	Novice	Intermediate	Advanced	Elite
Squat	Men	0.75x	1.25x	1.5x	2.25x	2.75x
Squat	Women	0.5x	0.75x	1.25x	1.5x	2.0x
Bench	Men	0.5x	0.75x	1.0x	1.5x	2.0x
Bench	Women	0.25x	0.5x	0.75x	1.0x	1.5x
Deadlift	Men	1.0x	1.5x	2.0x	2.5x	3.0x
Deadlift	Women	0.5x	1.0x	1.25x	1.75x	2.5x

Ratios reflect Strength Level standards for a ~180 lb man and ~130 lb woman, ages 18–39.¹ One important caveat before you screenshot this: these are population-normative classifications, not personal targets. They describe where a given lift would rank among everyone else your size and sex. They say nothing about whether you are progressing the way you should.

That distinction matters more than the table itself, and it’s why a static chart is only ever a starting point. A snapshot tells you where you stand today. Tools that read your actual training history — like SensAI, which sets your next target from your last logged set rather than a generic chart — turn that one-time photo into a moving target you can actually chase.

What a “Strength Standard” Actually Means (and Where the Numbers Come From)

A strength standard is a benchmark that grades your lift against a reference population of lifters your size and sex — think of it like a height-for-age percentile on a pediatrician’s growth chart. It doesn’t prescribe how strong you must be; it describes where your number falls among everyone else.

There are two very different breeds of standard, and confusing them is where most online arguments start.

Coach classification frameworks come from the gym floor. The best-known is the five-tier system Rippetoe and Kilgore laid out in Practical Programming for Strength Training — Untrained, Novice, Intermediate, Advanced, Elite — built from decades of coaching natural, recreational lifters.² These tend to run conservative, because they’re calibrated to what a typical drug-free trainee actually achieves with consistent work, not what a competitive powerlifter posts on a platform.

Crowd-sourced databases come from the apps. Strength Level aggregates user-entered lifts — over 48 million bench presses, 24 million squats, and 22 million deadlifts at last count.¹ Symmetric Strength and ExRx.net publish similar normative tables built from large samples of self-reported and tested maxes.³⁴ These are enormous datasets, but they skew stronger than the general population for a simple reason: people who log a one-rep max in a strength app are already self-selected to be more serious than the average gym-goer.

The tiers themselves are worth defining precisely, because “intermediate” means something specific here — the same trainee-classification scheme the NSCA uses to prescribe training loads.⁵

Untrained — never trained the lift, but can perform it correctly.
Novice — a few months in; still adding weight nearly every session.
Intermediate — roughly 1–2 years of consistent training; progress now comes weekly, not daily.
Advanced — multiple years; progress measured over months and requires structured programming.
Elite — competitive-caliber strength, typically 5+ years of dedicated work.

Kilgore, an exercise physiologist and co-author of Practical Programming, has long argued that these classifications exist to describe populations, not prescribe individuals — a percentile, not a prescription.² Rippetoe’s companion contribution is the training-age concept: the idea that a lifter advances from novice to intermediate to advanced based on how quickly they can recover from and adapt to a training stress, not on the calendar.² A novice gets stronger workout to workout. An intermediate needs a week to absorb the same stress. That’s why the same bodyweight multiple is “good” for one person and “behind schedule” for another.

One more honesty note: the 1-rep max itself is a reliable measurement. A 2020 systematic review of 32 studies found test-retest reliability for the 1RM was high across trained and untrained adults, men and women, young and old — most intraclass correlations exceeded 0.90.⁶ So the number you’re grading is trustworthy. The question is what to grade it against.

The Bench Press Standard: How Much Should You Press?

A solid intermediate bench press is roughly bodyweight for men and about three-quarters of bodyweight for women. The famous “bench your bodyweight” milestone is essentially the line between a trained-but-developing lifter and a genuinely strong one — for men.

Here’s the bench breakdown by bodyweight multiple:

Sex	Untrained	Novice	Intermediate	Advanced	Elite
Men	0.5x	0.75x	1.0x	1.5x	2.0x
Women	0.25x	0.5x	0.75x	1.0x	1.5x

Translated to real plates, here’s what intermediate-and-up looks like at common bodyweights:

Bodyweight	Sex	Intermediate	Advanced
150 lb	Men	~150 lb	~225 lb
180 lb	Men	~180 lb	~270 lb
130 lb	Women	~100 lb	~130 lb
160 lb	Women	~120 lb	~160 lb

Put plainly: the average trained man benches about his bodyweight, and the typical trained woman benches roughly three-quarters of hers — so an average bench press for an intermediate 180 lb man is around 180 lb, and for a 130 lb woman around 100 lb.

Notice the catch with the “bench your bodyweight” rule: it’s an intermediate-male benchmark, and it’s the least transferable standard on this entire page. Women carry proportionally less of their muscle mass in the upper body, so bodyweight bench is an advanced-to-elite feat for most women, not an intermediate one. Older lifters face the same headwind. If you’ve internalized “real lifters bench their bodyweight,” recalibrate — for a 60-year-old woman, a 0.6x bench may represent far more relative strength than a bodyweight bench does for a 25-year-old man.

If your bench is the lift lagging behind, the issue is usually setup and bar path before it’s raw strength. Our guide on how to bench press walks through the arch, leg drive, and groove that unlock the next plate.

The Squat Standard: How Much Should You Squat?

A good intermediate squat is about 1.5x bodyweight for men and 1.25x for women, with the 2x-bodyweight squat marking the entry to advanced territory for men. The squat carries the heaviest loads of the three big lifts because it recruits the largest muscle mass in the body.

Sex	Untrained	Novice	Intermediate	Advanced	Elite
Men	0.75x	1.25x	1.5x	2.25x	2.75x
Women	0.5x	0.75x	1.25x	1.5x	2.0x

At a 180-pound bodyweight, that puts an intermediate man around 270 pounds and an advanced man around 405. A 130-pound woman lands near 160 pounds at intermediate and 210 at advanced.

One honest asterisk on every squat number you’ll ever read: depth is not standardized across datasets. A “squat” logged as a quarter-squat in someone’s app and a competition-legal squat broken well below parallel are not the same lift, but they sit in the same column of a crowd-sourced table. That inflates the upper end of self-reported databases. Grade yourself against a squat to at least parallel — hip crease below the top of the knee — or the standard is meaningless.

If depth or knee cave is what’s keeping your number down, the fix is mechanical, not just adding weight. See how to squat for the bracing, stance, and depth cues that make heavier loads safe.

The Deadlift Standard: How Much Should You Pull?

A strong intermediate deadlift is about 2x bodyweight for men and 1.25–1.5x for women — and the 2x-bodyweight pull is the most widely cited “you’re officially strong” threshold in the gym. It’s the lift where raw numbers climb highest, because the deadlift lets you move the most weight through the shortest, most mechanically favorable range.

Sex	Untrained	Novice	Intermediate	Advanced	Elite
Men	1.0x	1.5x	2.0x	2.5x	3.0x
Women	0.5x	1.0x	1.25x	1.75x	2.5x

Why does 2x bodyweight get singled out as the strong line? Because it sits right at the intermediate-to-advanced boundary for men — past the point a novice reaches in their first year, but achievable for most dedicated lifters without elite genetics. For a 180-pound man, that’s a 360-pound pull. For a 200-pound man, 405 — two plates a side plus a 25, the rack-clearing milestone that feels like a rite of passage.

The deadlift also tends to be the lift with the smallest sex gap in relative terms, because it’s the most hip-and-posterior-chain dominant of the three, and that’s the region where women’s strength is closest to men’s. We’ll get to why in the sex section.

Pulling heavy safely is overwhelmingly about position — neutral spine, bar over midfoot, lats engaged. How to deadlift covers the setup that lets you chase a 2x pull without paying for it with your lower back.

Why Age Changes the Standard (the Variable Most Charts Drop)

Age is the variable nearly every strength chart quietly ignores, and it changes the math entirely. Strength peaks in the late 20s to mid-30s, holds through the 40s with training, then declines — slowly at first, then faster after about 60.

Here’s the mechanism. After roughly age 30, adults lose muscle mass and, more importantly, strength as part of normal aging — a process called sarcopenia, paired with dynapenia, the disproportionate loss of strength relative to size. A quantitative review by Mitchell and colleagues found that strength declines faster than muscle mass does: by the seventh and eighth decades, maximal voluntary strength is reduced by roughly 20–40% on average, and the loss of strength is a more consistent predictor of disability than the loss of mass alone.⁷ The decline accelerates after 60 — strength loss in older adults runs on the order of 3–4% per year past age 75.⁷

The encouraging part: resistance training blunts this curve dramatically. A meta-analysis by Mark Peterson of the University of Michigan and colleagues, pooling 47 studies of adults averaging 67 years old, found that progressive resistance training produced substantial strength gains — roughly 24–33% increases depending on the lift — even in people well into their 70s and 80s.⁸ The American College of Sports Medicine’s position stand on resistance-training progression reinforces it: older adults adapt to progressive overload through the same mechanisms as younger lifters, just from a lower ceiling and with more recovery needed.⁹

So how should you age-adjust the master table? A practical rule of thumb:

Age	Adjustment vs. 18–39 standard
18–39	Baseline (use the tables as-is)
40–49	Subtract ~5–10%
50–59	Subtract ~10–20%
60–69	Subtract ~20–30%
70+	Subtract ~30–40%

These ranges mirror the age brackets ExRx publishes for masters lifters.⁴ A 55-year-old man squatting 1.3x bodyweight isn’t “below intermediate” — adjusted for age, he’s squatting like an intermediate 30-year-old. The chart just never told him that.

This is exactly where a static table fails the people who need encouragement most. A tool that age-adjusts targets from your own logged performance — rather than dropping you into a one-size-fits-all column — keeps the goal realistic and the progress visible. SensAI sets next-session targets against your history and your age, not a generic 25-year-old’s benchmark, which is the difference between a chart that demoralizes a 58-year-old and one that keeps them adding weight.

If building muscle to defend against age-related loss is the goal, the hypertrophy fundamentals in how to build muscle are the highest-leverage place to start.

Why Sex Changes the Standard

Women’s absolute strength standards run lower than men’s, but the gap is far smaller than most people assume — and it nearly closes once you account for bodyweight and muscle distribution. Upper-body standards for women sit around 50–60% of men’s; lower-body standards are closer, around 70–80%.

The classic data comes from Miller, MacDougall, Tarnopolsky, and Sale, who compared strength and muscle characteristics in matched men and women. Women were approximately 52% as strong as men in the upper body but 66% as strong in the lower body.¹⁰ The reason wasn’t a difference in muscle quality — force per unit of cross-sectional area was similar between sexes. It was a difference in muscle quantity and distribution: women in the study had 45% smaller cross-sectional area in the biceps but only 25% smaller in the knee extensors, because women carry proportionally less of their lean mass in the upper body.¹⁰

Here’s the part that reframes everything: when you express strength relative to bodyweight, the gap narrows further, and in the lower body it can nearly vanish among well-trained lifters. That’s why the women’s column in the deadlift table sits closer to the men’s column than the bench table does. A woman pulling 1.5x bodyweight is, relative to her frame, doing something genuinely comparable to a man pulling 2x — the absolute numbers differ, the relative achievement doesn’t.

The takeaway isn’t that women should grade themselves against men. It’s that the same bodyweight-multiple chart, read down the correct sex column, is the only honest comparison — and within that column, women’s relative strength potential is far higher than the “men are stronger” headline suggests.

A Chart Tells You Where You Stand Once. It Can’t Tell You If You’re Progressing Right.

A strength standard answers exactly one question — where does my lift rank today? — and it’s silent on the only question that actually drives results: is my training producing the right rate of gain for my age, my recovery, and my history?

Consider two lifters. A 55-year-old woman, three months into training, adding 5 pounds to her squat every week, currently sitting just below the “intermediate” line. And a 25-year-old man parked at intermediate for eight months, no movement, training through poor sleep and chasing the same fixed percentages regardless of how recovered he is. The chart says he’s stronger. The chart is measuring the wrong thing. She’s winning — she has rate of progress; he has a plateau wearing an intermediate badge.

Rate of progress is invisible to any standards table, because the table only sees the snapshot. And rate of progress is overwhelmingly determined by two things a chart can’t account for: whether your load is matched to your readiness on a given day, and whether your program adapts when your recovery says it should.

The evidence here is direct. Helms and colleagues compared autoregulated training — adjusting load by how hard a set actually feels (RPE) rather than a rigid percentage of 1RM — against fixed-percentage loading in trained lifters. Both worked, but the autoregulated group showed a small strength edge, with the probability of a greater 1RM squat gain favoring the RPE group around 79%.¹¹ On the recovery side, Vesterinen and colleagues prescribed training intensity from each runner’s daily heart-rate-variability reading; the HRV-guided group improved their performance more than a group following a fixed predetermined plan — better gains, from listening to readiness rather than the calendar.¹² The principle generalizes: loads matched to readiness beat loads matched to a spreadsheet.

This is the gap SensAI is built to close. It reads your logged sets and your recovery data — HRV, resting heart rate, and sleep flowing in from an Apple Watch, Garmin, Oura, or WHOOP through Apple Health — and, as a conversational LLM coach rather than a fixed template, it sets your next-target load and adapts the program mid-week when your readiness shifts. Where a chart hands you a static column, SensAI hands you the next rep you should chase, calibrated to how recovered you actually are today. If you’ve ever stared at a plateau wondering whether the problem is the program or the recovery, how do I know if my workouts are actually working digs into reading the signal beneath the snapshot.

How to Use These Standards Without Letting Them Use You

Use strength standards as a compass for direction, not a scoreboard for self-worth. Here’s the four-step way to apply this entire page without it backfiring:

Find your level on the master table. Locate your current 1RM as a multiple of your bodyweight, in the correct sex column. That’s your honest starting coordinate — not a verdict, a location.
Age-adjust if you’re over ~35. Apply the percentage discount from the age table. A number that looks “below intermediate” on the raw chart is often squarely intermediate once you account for the decade you’re in.
Set your next target just above your last logged lift — not the next tier. This is the step that separates progress from frustration. Don’t chase the column above you; chase 2.5–5 pounds more than what you actually pulled last session. The tier will arrive on its own. SensAI automates exactly this: it reads your last logged set and prescribes the next realistic increment, so the target is always a rep away, never a fantasy.
Re-test every 8–12 weeks, not every session. Strength gains compound over training blocks, not workouts. Re-establish your 1RM (or estimate it from a heavy set of 3–5) at the end of a training cycle, update your position on the chart, and reset your targets from there.

A strength standard is a height-for-age chart, not a final grade. It tells you roughly where you stand among people your size and sex — useful context, genuinely motivating when read honestly, and quietly corrosive when read as a measure of whether you’re allowed to feel strong. The lifter who keeps adding small, recoverable increments while respecting their age and recovery will pass the lifter fixated on the next tier almost every time.

Find your number. Then go beat the only person on the chart who matters: the version of you who logged last week’s session.

References

Strength Level. “Strength Standards — Squat, Bench Press, Deadlift (Male & Female, lb).” Based on 48,420,918 bench presses, 24,851,640 squats, and 22,866,078 deadlifts logged by Strength Level users. https://strengthlevel.com/strength-standards ↩ ↩² ↩³
Rippetoe, Mark, and Lon Kilgore. “Practical Programming for Strength Training.” 2nd ed., The Aasgaard Company, 2009. (Five-tier classification — Untrained, Novice, Intermediate, Advanced, Elite — and the training-age progression framework.) https://aasgaardco.com/store/books-posters-dvd/books/practical-programming-for-strength-training/ ↩ ↩² ↩³ ↩⁴
Symmetric Strength. “Strength Standards and Methodology.” https://symmetricstrength.com/ ↩
ExRx.net. “Weightlifting Performance Standards (Squat, Bench Press, Deadlift; Ages 18–39 and masters brackets, lb).” https://exrx.net/Testing/WeightLifting/StrengthStandards ↩ ↩²
Haff, G. Gregory, and N. Travis Triplett, eds. “Essentials of Strength Training and Conditioning.” 4th ed., National Strength and Conditioning Association (NSCA), Human Kinetics, 2016. (Trainee classification, 1RM testing protocols, and load prescription standards.) ↩
Grgic, Jozo, Bruno Lazinica, Brad J. Schoenfeld, and Zeljko Pedisic. “Test–Retest Reliability of the One-Repetition Maximum (1RM) Strength Assessment: a Systematic Review.” Sports Medicine - Open, 2020, 6(1):31. PMID: 32681399. https://pubmed.ncbi.nlm.nih.gov/32681399/ ↩
Mitchell, William K., John Williams, Philip Atherton, Michael Larvin, John Lund, and Marco Narici. “Sarcopenia, Dynapenia, and the Impact of Advancing Age on Human Skeletal Muscle Size and Strength; a Quantitative Review.” Frontiers in Physiology, 2012, 3:260. PMID: 22934016. https://pubmed.ncbi.nlm.nih.gov/22934016/ ↩ ↩²
Peterson, Mark D., Matthew R. Rhea, Ananda Sen, and Paul M. Gordon. “Resistance Exercise for Muscular Strength in Older Adults: A Meta-Analysis.” Ageing Research Reviews, 2010, 9(3):226-237. PMID: 20385254. https://pubmed.ncbi.nlm.nih.gov/20385254/ ↩
American College of Sports Medicine. “Progression Models in Resistance Training for Healthy Adults.” Medicine & Science in Sports & Exercise, 2009, 41(3):687-708. PMID: 19204579. https://pubmed.ncbi.nlm.nih.gov/19204579/ ↩
Miller, Anne E. J., J. Duncan MacDougall, Mark A. Tarnopolsky, and Digby G. Sale. “Gender Differences in Strength and Muscle Fiber Characteristics.” European Journal of Applied Physiology and Occupational Physiology, 1993, 66(3):254-262. PMID: 8477683. https://pubmed.ncbi.nlm.nih.gov/8477683/ ↩ ↩²
Helms, Eric R., Ryan K. Byrnes, Daniel M. Cooke, Michael H. Haischer, Joseph P. Carzoli, Trevor K. Johnson, Matthew R. Cross, John B. Cronin, Adam G. Storey, and Michael C. Zourdos. “RPE vs. Percentage 1RM Loading in Periodized Programs Matched for Sets and Repetitions.” Frontiers in Physiology, 2018, 9:247. PMID: 29628895. https://pubmed.ncbi.nlm.nih.gov/29628895/ ↩
Vesterinen, Ville, Ari Nummela, Ida A. Heikura, Tanja Laine, Esa Hynynen, Javier Botella, and Keijo Häkkinen. “Individual Endurance Training Prescription with Heart Rate Variability.” Medicine & Science in Sports & Exercise, 2016, 48(7):1347-1354. PMID: 26909534. https://pubmed.ncbi.nlm.nih.gov/26909534/ ↩