Standard percentage-to-reps chart
The table below is a practical strength-training reference. It maps common percentages of one-rep max to likely rep ranges and training goals. Individual lifters vary, so use it as a planning range rather than a promise.
Scroll table horizontally
| % of 1RM | Reps possible | Training goal |
|---|---|---|
| 100% | 1 | Max test |
| 95% | 2 | Peak strength |
| 92.5% | 3 | Strength |
| 90% | 4 | Strength |
| 87.5% | 5 | Strength / power |
| 85% | 6 | Strength / hypertrophy |
| 82.5% | 7 | Hypertrophy |
| 80% | 8 | Hypertrophy |
| 77.5% | 9 | Hypertrophy |
| 75% | 10 | Hypertrophy |
| 70% | 12 | Hypertrophy / endurance |
| 67.5% | 14 | Endurance |
| 65% | 16 | Endurance |
| 60% | 20 | Endurance / speed |
| 50-60% | Variable | Speed / power |
Approximate values are aligned with common strength and conditioning practice. For actual programming, round the load to the plates you can use and adjust based on bar speed, technique, and recovery.
Quick reference by goal
Maximum strength
Use about 85-95% of 1RM for one to five reps per set, usually for three to five hard work sets. Rest three to five minutes between heavy sets so the next set is still limited by strength rather than conditioning.
Hypertrophy
Use roughly 67.5-80% of 1RM for six to twelve reps per set. Rest periods can be shorter, often sixty to ninety seconds, but the set should still use a consistent movement standard.
Power
Use about 50-70% of 1RM for fast triples, doubles, or short sets. The load is only useful if it moves quickly. When bar speed drops, the set has stopped training the intended quality.
Endurance
Use about 50-67.5% of 1RM for fifteen to twenty-five reps. Treat these loads as muscular endurance or accessory work, not as precise predictors of a true max.
Calculate from your 1RM
The calculator at the top of the page turns your own 1RM into a full percentage table with rounded loads. It renders a default table in the HTML and then lets you adjust the number in the browser.
Program-specific percentage schemes
5/3/1
Jim Wendler's common four-week loading wave based on a conservative training max.
- Week 1: 65% x 5, 75% x 5, 85% x 5+
- Week 2: 70% x 3, 80% x 3, 90% x 3+
- Week 3: 75% x 5, 85% x 3, 95% x 1+
- Week 4: 40%, 50%, and 60% deload work
Starting Strength
Linear progression built around repeatable work sets rather than frequent max testing.
- Start from a manageable five-rep work weight.
- Add 5 lb or 2.5 kg when all prescribed reps are clean.
- Reset when repeated misses show the current load is no longer sustainable.
Texas Method
Weekly volume, recovery, and intensity structure for intermediate lifters.
- Volume day: five sets of five around 90% of current 5RM.
- Recovery day: lighter work around 80% of volume-day load.
- Intensity day: one heavy set of five, three, two, or one.
Heavy Light Medium
A simple weekly intensity distribution that keeps one hard day from ruining the whole week.
- Heavy day: 85-90% work for low reps.
- Light day: 60-70% technique or recovery volume.
- Medium day: 75-82.5% moderate volume.
Speed / dynamic effort work
Submaximal loading moved with maximum intent for power practice.
- Use 50-60% for straight weight speed work.
- Use 40-55% bar weight when accommodating resistance is added.
- Stop sets when bar speed drops sharply.
How to use percentages without overshooting
Percentages work best when the max is conservative and the movement standard is consistent. If you calculated a bench 1RM from a touch-and-go set, do not use that number for a paused competition block without lowering the training max.
Most long-term programs are built from a training max rather than a true max. A training max is often 85-95% of estimated 1RM. It keeps the work repeatable, reduces missed reps, and lets progress accumulate instead of turning every week into a max test.
When a percentage feels wrong, the percentage table is not broken. The input max may be too high, recovery may be poor, or the movement standard may have changed. Reduce the training max by 5%, repeat the week, and watch whether bar speed and technique return.
Sources
- ACSM progression models - Progression models in resistance training for healthy adults.
- Helms et al. 2018 - Autoregulation and RPE guidance for resistance training.