Current standard
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{{ ratioDisplay }} {{ oneRmDisplay }} {{ liftLabel }} {{ tableLabel }} {{ nextTargetBadge }}
Squat, bench press, deadlift, and overhead press use separate standards tables.
The source standards are binary because the referenced tables are published that way.
Use your current body weight in the same unit as the lift input.
Direct 1RM is best for tested maxes; recent set mode is useful when avoiding a maximal single.
Include the bar weight. Keep the lift standard consistent with the selected table.
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A 3-8 rep set close to failure usually gives steadier estimates than very high reps.
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Use whole reps from the same set; estimates are strongest below 10 reps.
Use 0 for a true max-rep set, 1-3 when you stopped with reps left.
Median consensus balances Epley, Brzycki, and Lander; conservative uses the lowest estimate.
Next standard stays automatic; the goal band is a second planning target.
Auto uses 2.5 kg or 5 lb jumps. Exact leaves interpolated source values unrounded.
Band Target load Ratio Delta Status Copy
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Target Load Delta Ratio Planning note Copy
{{ row.label }} {{ row.loadDisplay }} {{ row.deltaDisplay }} {{ row.ratioDisplay }} {{ row.note }}
Item Value Note Copy
{{ row.item }} {{ row.value }} {{ row.note }} 
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Tags: Body Metrics, Strength Training
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Strength standards compare a barbell lift against published performance targets for people at similar body weights. The useful question is how a tested or estimated max sits against the target loads for the same movement, not just how much weight was moved.

A one-repetition maximum, or 1RM, is the anchor for this kind of comparison. The standard is lift-specific because a squat, bench press, deadlift, and overhead press have different mechanics and different published tables. The same 140 kg lift can land in very different bands depending on the lift, the lifter's body weight, and the standard table used for the comparison.

Body weight selects a source class, the standards ladder sets target loads, and the current 1RM determines the current band and next target.

Strength standards are comparison aids, not health norms or guarantees of training quality. A higher band can reflect years of specific practice, favorable technique, body proportions, and careful peaking. A lower band can still be appropriate during skill rebuilding, injury return, weight change, or a training block that does not prioritize maximal strength.

The most reliable use is consistent self-comparison: same lift, same range of motion, same bodyweight table, and a recent max estimate gathered under similar conditions. That keeps the standards ladder useful without turning it into a verdict on the lifter.

How to Use This Tool:

Start with the lift and bodyweight context, then choose whether the comparison should use a direct max or a recent hard set.

  1. Select the Lift standard: back squat, bench press, deadlift, or overhead press. Keep the movement style close to the lift rule shown later in Estimate Basis.
  2. Choose the Standards table. The selector uses male and female tables because the referenced standards are published in those table groups.
  3. Enter Body weight and choose kg or lb. The page converts values as needed and uses the matching bodyweight class or interpolates between adjacent classes.
  4. Use Enter 1RM directly when you have a recent tested or trusted 1RM. Use Estimate from recent set when you have set weight, reps completed, and reps in reserve instead.
  5. For recent-set mode, choose an Estimate basis. Median consensus uses the middle result from Epley, Brzycki, and Lander, while Conservative low uses the lowest estimate.
  6. Open Advanced only when you want a specific Goal band or a different Target rounding. Rounding changes displayed planning loads, not the underlying band classification.
  7. If the Review the comparison setup warning appears, fix the named issue before trusting the comparison. Common triggers include very low or very high body weight, a missing positive max, high-rep set estimates, or large reps-in-reserve assumptions.

Interpreting Results:

Current standard is the headline band. It is assigned by comparing the selected or estimated 1RM against the untrained, novice, intermediate, advanced, and elite target loads for the active bodyweight class. The summary badges show the current 1RM, the lift, the standards table, the bodyweight ratio, and the next target.

The Standards Ladder tab is the best place to check the exact band boundary. A row marked Met or exceeded means the current comparison max is greater than or equal to that row's target load. The first row still showing a positive delta is the next standard to reach.

  • Use Target Deltas for planning loads, especially the next standard, halfway bridge, selected goal band, and +0.10x bodyweight step.
  • Use Estimate Basis to audit where the comparison max came from, which bodyweight class was used, and which source note applies.
  • Use Standards Chart to see the ladder visually, but verify close calls in the table because rounded display loads can hide small differences.
  • Do not read an Advanced or Elite label as competition readiness. The label reflects a table comparison for one lift, not meet rules, body composition, injury risk, or coaching judgment.

Technical Details:

The standards comparison has two separate mechanisms. First, the current comparison max is determined directly from a 1RM entry or estimated from a recent set. Second, the relevant standards ladder is selected from the lift, table group, and body weight. The band label comes from comparing the max against that ladder in order.

Body weight is handled in kilograms internally. Pound source rows are converted using 1 lb = 0.45359237 kg, and pound user entries are converted the same way before classification. When body weight falls between two finite source rows, each target load is linearly interpolated between the lower and upper rows. Body weights below the first row use the lowest class, and body weights above the last finite row use the plus class when one is available.

Formula Core

Recent-set mode estimates a comparison max from completed reps plus reps in reserve. The effective rep count is clamped from 1 to 24 before the formulas are applied.

e = completed reps+reps in reserve 1RMEpley = w×(1+e30) 1RMBrzycki = w×3637-e 1RMLander = 100×w101.3-2.67123×e ratio = selected 1RMbody weight
Input Calculation role Important boundary
Lift standard Selects the squat, bench press, deadlift, or overhead press standards table. Each lift has its own source ladder and lift-rule note.
Standards table Selects the male or female source table group. The groups reflect the published source structure, not a broader gender model.
Body weight Selects, floors, plus-classifies, or interpolates the bodyweight standards row. Warnings appear below 30 kg and above 220 kg.
Direct 1RM Becomes the comparison max without formula estimation. Must be positive before results are usable.
Set weight, reps, RIR Feed Epley, Brzycki, and Lander estimates in recent-set mode. High reps and RIR above 3 produce caution warnings.
Target rounding Rounds displayed planning loads to exact, auto, kg, or lb increments. Band classification still uses the unrounded underlying target values.

Standards Ladder Logic

Each bodyweight row contains five target loads in a fixed order. A band is met when the selected 1RM is greater than or equal to that target. The highest met band becomes the current standard, and the next un-met band becomes the next target.

Band Rule Plain-language meaning
Below Untrained selected 1RM < untrained target The current max has not reached the first target in the active ladder.
Untrained selected 1RM >= untrained target The first published target has been met.
Novice selected 1RM >= novice target The lift has crossed the novice row for that bodyweight class.
Intermediate selected 1RM >= intermediate target The lift has crossed the middle standards row.
Advanced selected 1RM >= advanced target The lift has crossed the advanced target but not necessarily the elite target.
Elite selected 1RM >= elite target The top displayed standards band has been met or exceeded.

Interpolation Path

Interpolation keeps bodyweight changes from jumping abruptly between adjacent source rows. For a body weight B between lower class L and upper class U, each band target is interpolated separately.

Ti = Li + B-Blower Bupper-Blower × (Ui-Li)

For example, an 82.5 kg lifter falls between the 82 kg and 90 kg male squat rows. The advanced squat target is interpolated between 167.5 kg and 177.5 kg before display rounding is applied.

Accuracy Notes:

Strength standards and 1RM estimates are useful training references, but they are not medical advice, injury screening, or a substitute for coaching. Treat the result as an informational comparison for one lift under the chosen assumptions, with technique and recent training context checked before changing loads.

  • The standards are adult performance standards. They are not population norms and do not measure health, readiness, or balanced athletic development.
  • Technique matters. The selected lift rule assumes a consistent range of motion, and a different style can move the band without reflecting a real strength change.
  • Recent-set estimates become less stable as reps rise, as technique changes, or as reps in reserve becomes a guess instead of a confident count.
  • Bodyweight interpolation is a practical smoothing rule. It does not recreate the original source data between rows.
  • Routine calculation happens in the browser. If you share a copied page address, non-default input settings can travel with that link.

Worked Examples:

Direct squat comparison

A lifter enters Back squat, Male standards table, 82.5 kg body weight, and a direct 140 kg one-rep max. The bodyweight class is interpolated between 82 kg and 90 kg. Current standard reads Intermediate, the ratio badge reads about 1.70x bodyweight, and Target Deltas shows the next Advanced target at about 167.5 kg with auto plate rounding.

Recent-set bench estimate

A lifter enters Bench press, Female standards table, 68 kg body weight, and recent-set mode with 52.5 kg for 6 reps plus 1 rep in reserve. The effective rep count is 7. Estimate Basis shows Epley, Brzycki, and Lander estimates, and Median consensus uses the middle value, about 63.6 kg before display rounding. The Standards Ladder places the lift in Advanced and shows the Elite row as the next un-met band.

Plus-class warning

A 230 kg body weight entry with a 260 kg deadlift triggers Review the comparison setup because body weight is above the warning threshold. The comparison still runs by using the plus class, and Estimate Basis records that method. In this setup, Current standard reads Advanced, while Target Deltas shows Elite as the next target at about 280 kg.

FAQ:

Should I enter a tested 1RM or estimate from a set?

Use Enter 1RM directly when the max is recent and technically clean. Use Estimate from recent set when you want a safer planning comparison from normal training, then check Estimate Basis to see the formula spread.

Why did the bodyweight class say interpolation or plus class?

Body weights between finite source rows use linear interpolation. Body weights above the last finite row use the plus class when available, and very high entries also trigger a Review the comparison setup warning.

Why does a high-rep set show a warning?

Recent-set estimates are less stable when the set has more than 10 completed reps. The tool still calculates the comparison, but the warning tells you to prefer a lower-rep hard set when the band decision is important.

Does target rounding change my standard?

No. Target rounding changes displayed planning loads in tables and summaries. The band decision is based on the underlying source or interpolated value before display rounding.

Is my lifting data uploaded?

The calculation and exports run in the browser. Non-default settings can be stored in the page address for reopening or sharing, so avoid sharing that address if the inputs are private.

Glossary:

1RM
The one-repetition maximum used as the comparison max for a selected lift.
Reps in reserve
The number of additional reps the lifter believes were left at the end of the set.
Effective reps
Completed reps plus reps in reserve, used by the recent-set estimate formulas.
Standards ladder
The ordered set of untrained, novice, intermediate, advanced, and elite target loads.
Bodyweight class
The source row, interpolated range, or plus class used to choose target loads.
Target delta
The difference between the current comparison max and a target load.

References: