Strength Standards by Bodyweight
Check where your squat, bench, and deadlift rank against strength standards for your bodyweight and experience level.
The strength standards compare your lifts to population benchmarks based on your body weight and gender. Enter your lifts below to see which beginner to elite class you fall into for squats, bench presses and deadlifts.
What the classes mean
Starter: Stronger than someone who just walked into the gym but is still in the first 6-12 months of consistent training. Lifts improve from session to session.
Novice: Linear progression works, but slows down. Most lifters reach this level within 6-18 months of training. You can perform the main lifts in a decent form, but you still have obvious technical deficiencies.
Average: Progress from session to session has stalled. You need weekly or block-based sequencing. This is where most recreational snorkelers end up after 2-4 years.
Advanced: Competitive level strength. You've been training seriously for years, your technique is honed and progress requires advanced programming. Top 10-15% of gym-goers who actually practice lifts.
Elite: National or international competition level. Less than 1% of all trainees. Years of dedicated, planned training with significant genetic input.
How standards are calculated
Most strength standard tables are derived from competition data, gym studies, or regression analyses of large populations. The numbers represent approximate bodyweight multipliers:
| Plane | Squat | Bench | Deadlift | Deadlift | |---|---|---|---| | beginner | 0.75x body mass index | 0.5x body mass index | 1.0x body mass index | 0.75x body mass index | 0.5x body mass index | 1.0x body mass index | | Novice | 1.25x BW | 0.85x BW | 1.5x BW | 0.85x BW | 1.5x BW | 1.5x BW | Intermediate | 1.75x BW | 1.25x BW | 2.0x BW | 2.0x BW | Advanced | 2.25x BW | 1.5x BW | 2.5x BW | 2.5x BW | 2.5x BW | Elite | 2.75x BW | 1.85x BW | 3.0x BW
These are approximate values for men. Female standards are typically 65-75% of these coefficients, reflecting population-level differences in upper body muscle mass.
Why standards are guidelines, not rules
These figures are based on a specific context: weightlifting using conventional techniques, performed by lifters whose primary goal is strength. They are ruined when applied outside this context.
Body proportions matter. Long thigh bones make squats harder to lift and deadlifts easier. Short arms punish the deadlift and benefit the bench. The standards do not take this into account.
Body weight class bias. Lighter lifters tend to have a higher body weight factor. A 60kg lifter squatting 2x body weight is common in the mid-range. A lifter who squats 120 kg at 2x bodyweight is genuinely strong. Absolute weight transfer scales differently than ratios.
It matters. A 45 year old who reaches an intermediate level is more impressive than a 22 year old who does the same. Recovery capacity, hormone profiles and training availability change with age.
Training specificity. A bodybuilder who never does low-resistance individual exercises will underperform on the 1RM relative to their actual muscle and strength. The standards assume that you train the lifts you test.
How to use standards productively
Use them as a rough compass, not a scoreboard. They answer one question.
If you've been training for three years and your lifts are beginner-level, something in your programming, nutrition or consistency needs to be corrected. If you've been training for 6 months and you're already at intermediate level, your program is working - keep going.
Don't chase arbitrary numbers at the expense of technique or health. a 2x bodyweight squat means nothing if it's half a rep.
Check the numbers above and use the result to calibrate expectations, don't define your value as a lifter.