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

A strength standard tells you how one lift compares with a specific reference group. It does not tell you what you must lift, whether your technique is comparable, or what load belongs in your next workout.

This guide uses Strength Level’s current community tables as its primary dataset, accessed July 12, 2026.¹ Those tables are built from self-entered lifts by Strength Level users. They describe that self-selected community, not the general population.

Current Strength Level ratios in one table

Strength Level publishes broad bodyweight-ratio summaries for each lift and separate tables for specific bodyweights. Its level names are Beginner, Novice, Intermediate, Advanced, and Elite.¹

Lift	Sex	Beginner	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	1.25x	1.75x	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

Do not multiply every ratio by bodyweight and expect the result to match Strength Level’s bodyweight tables. Strength does not scale linearly with body mass, and the site’s detailed tables account for that relationship. Use the exact bodyweight table when comparing a specific lifter.

What the five Strength Level tiers mean

Strength Level defines its current tiers as percentiles among people who log lifts on the platform:¹

• Beginner: stronger than 5% of lifters; at least one month practicing the movement
• Novice: stronger than 20%; at least six months of regular practice
• Intermediate: stronger than 50%; at least two years of regular practice
• Advanced: stronger than 80%; more than five years of progress
• Elite: stronger than 95%; more than five years dedicated to competitive strength sport

The experience descriptions are part of Strength Level’s own definitions. They are not interchangeable with every coach’s use of “novice” or “intermediate.”

Do not mix percentile tiers with training age

Several systems use the same labels for different concepts.

Strength Level uses percentiles from its user database. Practical Programming for Strength Training uses novice, intermediate, and advanced to describe how quickly a trainee can recover and progress.² Symmetric Strength says its analysis draws on strength research and competition data, while ExRx publishes its own performance tables and age brackets.³⁴ Current NSCA material covers testing, exercise technique, and program design without defining the Strength Level percentile system.⁵

Choose one source and keep its definitions attached to its numbers. Combining a Strength Level ratio, a coaching training-age label, and an ExRx age table produces a classification no source actually published.

Bench press standards

Strength Level’s current broad male intermediate bench ratio is 1.25x bodyweight, not 1.0x.¹ The detailed tables are more useful for a specific comparison.

Selected current bench-press values

Bodyweight	Sex	Beginner	Novice	Intermediate	Advanced	Elite
150 lb	Men	93 lb	133 lb	182 lb	240 lb	302 lb
180 lb	Men	121 lb	166 lb	221 lb	284 lb	352 lb
130 lb	Women	36 lb	63 lb	101 lb	148 lb	200 lb
160 lb	Women	47 lb	79 lb	120 lb	170 lb	227 lb

“Bench your bodyweight” is therefore not a universal intermediate standard. At 180 pounds, the current male intermediate value is 221 pounds. At 130 pounds, a 130-pound female bench sits between the current intermediate and advanced values.

Technique, range of motion, pauses, equipment, and whether the value was tested or estimated all affect comparability. A crowd-sourced number cannot confirm that two lifts used the same standard.

Squat standards

Selected current squat values

Bodyweight	Sex	Beginner	Novice	Intermediate	Advanced	Elite
150 lb	Men	125 lb	177 lb	242 lb	316 lb	396 lb
180 lb	Men	162 lb	221 lb	292 lb	373 lb	460 lb
130 lb	Women	63 lb	101 lb	152 lb	212 lb	279 lb
160 lb	Women	78 lb	121 lb	175 lb	240 lb	311 lb

The broad male ratio table places 2.25x at Advanced, not 2x. The 180-pound detailed table places Advanced at 373 pounds rather than the 405 pounds produced by multiplying 2.25 by 180.¹

Squat depth and equipment matter. A high-bar squat to competition depth, a box squat, and a shallow gym squat are not interchangeable even if an app records each as “squat.” Compare your own lifts using a consistent range of motion and setup.

Deadlift standards

Selected current deadlift values

Bodyweight	Sex	Beginner	Novice	Intermediate	Advanced	Elite
150 lb	Men	154 lb	213 lb	286 lb	368 lb	457 lb
180 lb	Men	195 lb	261 lb	340 lb	430 lb	525 lb
130 lb	Women	80 lb	124 lb	180 lb	246 lb	319 lb
160 lb	Women	97 lb	145 lb	205 lb	276 lb	353 lb

Strength Level’s broad male table places 2x bodyweight at Intermediate. Its detailed table places the intermediate mark at 340 pounds for a 180-pound man and 373 pounds for a 200-pound man, not 360 and 405.¹

Conventional and sumo deadlifts, straps, calibrated plates, bar type, and lockout standards can change the comparison. Use a consistent method when tracking your own progress.

A reliable 1RM is not automatically a valid comparison

A systematic review of 32 studies found generally high test-retest reliability for one-repetition maximum testing across populations and exercises.⁶ Reliability means a well-controlled test can produce a repeatable result. It does not verify self-reported technique, normalize different equipment, or make two databases equivalent.

A true 1RM also carries more risk and fatigue than a submaximal estimate. Test only if you have practiced the lift, can use appropriate safeties or spotters, and can maintain the agreed technique. Stop for sharp pain, chest pain or pressure, fainting, severe or unusual shortness of breath, or loss of safe control. People with relevant medical conditions, pregnancy, unexplained symptoms, or a long training break should discuss maximal testing with a healthcare or qualified exercise professional.

How age changes the comparison

Strength and muscle mass change with age, but one percentage discount cannot represent every lift, sex, training history, or individual.

Mitchell et al. reported that muscle mass declined by roughly 0.64% to 0.98% per year in older men, while annual strength loss after age 75 was around 3% to 4% in men and 2.5% to 3% in women.⁷ Those are group estimates from older populations, not a rule that begins on a particular birthday.

Resistance training remains effective in older adults. Peterson et al.’s meta-analysis of 47 studies found substantial average strength gains in adults over 50, with results varying by exercise and study.⁸ ACSM’s progression model supports progressive resistance training for healthy adults, but it does not prescribe one universal age discount or recovery window.⁹

If age-specific comparison matters, use the age table published by the same source as the lift standard. Do not subtract a generic 5%, 20%, or 40% from a bodyweight ratio and call the result validated.

How sex changes the comparison

Miller et al. compared eight men and eight women. In that small sample, women averaged 52% of men’s upper-body strength and 66% of men’s lower-body strength, while force relative to muscle cross-sectional area was more similar.¹⁰

That study helps explain why absolute and relative comparisons can differ. It does not establish universal 70% to 80% lower-body ratios, prove that bodyweight adjustment removes the sex gap, or make a 1.5x female deadlift physiologically equivalent to a 2x male deadlift.

Use the correct sex-specific column for the chosen dataset and remember that bodyweight ratios remain an imperfect normalization across differently sized lifters.

Autoregulation does not turn a standard into a prescription

Helms et al. compared RPE-based and percentage-based loading in 21 trained men over eight weeks. Both approaches improved strength, and the study did not establish clear overall superiority for autoregulation.¹¹

Vesterinen et al. studied HRV-guided endurance training in 40 recreational runners, not resistance-training load selection.¹² The HRV-guided group improved 3,000-meter performance slightly more than the predefined group, while both groups improved VO2 max.

These studies support monitoring response and adjusting a program when appropriate. They do not prove that a daily readiness score should select the next barbell load or that loads “matched to readiness” always beat a written program.

How SensAI uses strength data

SensAI tracks planned versus performed work and regenerates programs weekly based on actual performance and recovery. It can combine workout history with aggregated HRV trends, resting heart rate, and sleep quality from Apple Watch directly or from Garmin, Oura, and WHOOP through HealthKit.

The conversational coach uses LLMs and remembers stated injuries, preferences, and constraints. Users can request a workout change through chat or mid-workout quick actions. SensAI does not automatically age-discount a Strength Level table, prescribe a fixed 2.5-to-5-pound increase after every session, or silently restructure the week from one readiness reading.

Use standards without turning them into targets

1. Name the source. “Intermediate” has meaning only inside the system that defined it.
2. Use the detailed bodyweight table. Do not rely on a broad ratio when the source publishes nonlinear values for your bodyweight.
3. Keep technique consistent. Track depth, range of motion, equipment, and testing method.
4. Prefer trends over frequent max tests. A well-executed submaximal set can estimate progress without requiring a true 1RM on a fixed calendar.
5. Program from your training history. The next load should fit the exercise, reps, effort, technique, recovery, and plan, not the next percentile label.

The useful comparison is specific: this lift, performed this way, against this source, on this date. Everything else is a coaching decision.

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References

Footnotes

1. Strength Level. “Strength Standards: Squat, Bench Press, Deadlift (Male and Female, lb).” Based on 48,420,918 bench presses, 24,851,640 squats, and 22,866,078 deadlifts logged by Strength Level users, accessed 2026-07-12. https://strengthlevel.com/strength-standards ↩ ↩² ↩³ ↩⁴ ↩⁵ ↩⁶

2. Rippetoe M, Baker A. “Practical Programming for Strength Training.” 3rd ed., The Aasgaard Company, 2013. https://aasgaardco.com/store/books-posters-dvd/books/practical-programming-for-strength-training/ ↩

3. Symmetric Strength. “Strength Standards and Methodology.” Symmetric Strength, accessed 2026-07-12. https://symmetricstrength.com/ ↩

4. ExRx.net. “Weightlifting Performance Standards.” ExRx.net, accessed 2026-07-12. https://exrx.net/Testing/WeightLifting/StrengthStandards ↩

5. National Strength and Conditioning Association. “Essentials of Strength Training and Conditioning.” 5th ed., Human Kinetics, 2027. https://us.humankinetics.com/products/essentials-of-strength-training-and-conditioning-5th-edition-with-hkpropel-access ↩

6. Grgic J, Lazinica B, Schoenfeld BJ, Pedisic Z. “Test-Retest Reliability of the One-Repetition Maximum (1RM) Strength Assessment: a Systematic Review.” Sports Medicine - Open, 2020;6(1):31. https://pubmed.ncbi.nlm.nih.gov/32681399/ ↩

7. Mitchell WK, et al. “Sarcopenia, Dynapenia, and the Impact of Advancing Age on Human Skeletal Muscle Size and Strength; a Quantitative Review.” Frontiers in Physiology, 2012;3:260. https://pubmed.ncbi.nlm.nih.gov/22934016/ ↩

8. Peterson MD, Rhea MR, Sen A, Gordon PM. “Resistance Exercise for Muscular Strength in Older Adults: A Meta-Analysis.” Ageing Research Reviews, 2010;9(3):226-237. https://pubmed.ncbi.nlm.nih.gov/20385254/ ↩

9. American College of Sports Medicine. “Progression Models in Resistance Training for Healthy Adults.” Medicine & Science in Sports & Exercise, 2009;41(3):687-708. https://pubmed.ncbi.nlm.nih.gov/19204579/ ↩

10. Miller AEJ, MacDougall JD, Tarnopolsky MA, Sale DG. “Gender Differences in Strength and Muscle Fiber Characteristics.” European Journal of Applied Physiology and Occupational Physiology, 1993;66(3):254-262. https://pubmed.ncbi.nlm.nih.gov/8477683/ ↩

11. Helms ER, et al. “RPE vs. Percentage 1RM Loading in Periodized Programs Matched for Sets and Repetitions.” Frontiers in Physiology, 2018;9:247. https://pubmed.ncbi.nlm.nih.gov/29628895/ ↩

12. Vesterinen V, et al. “Individual Endurance Training Prescription with Heart Rate Variability.” Medicine & Science in Sports & Exercise, 2016;48(7):1347-1354. https://pubmed.ncbi.nlm.nih.gov/26909534/ ↩