Repetition Maximum (RM) Load Table

Repetition Maximum (RM) Load Table

Brzycki (1993) Formula

The Brzycki Repetition Maximum table (shown below) helps you estimate your one-rep max (1RM) based on how many repetitions (reps) you can perform at a given weight.

Use it to choose appropriate training load in your main lifts (whether you’re aiming for strength, hypertrophy, or endurance) by matching your target reps to the recommended percentage of your max.

Consult your Physical Preparation Coach for appropriate loading guides.

Example

If you lift 80 kg for 5 reps, the Brzycki table estimates your 1RM to be around 90 kg.

From there, if your program calls for three sets of eight reps (typically ~75% of 1RM), you’d aim to train at roughly 65–70 kg for that exercise.

Strength and conditioning repetition maximum (%1RM) reference table. Rows list repetitions from 1 to 12, with corresponding percentages of one-repetition maximum (%1RM) ranging from 100% for 1 rep to 69% for 12 reps. Columns show estimated training loads in kilograms from 40 kg to 200 kg in 10 kg increments. Each cell displays the weight that corresponds to the selected repetition count and percentage of 1RM. For example, a 100 kg 1RM corresponds to 97 kg for 2 reps (97%), 94 kg for 3 reps (94%), 75 kg for 10 reps (75%), and 69 kg for 12 reps (69%). The table is designed to help coaches and athletes estimate training loads based on repetition maximums. The layout uses dark blue header rows, light blue repetition labels, beige %1RM values, and grey data cells.

Note: The RM Formula is: 1RM = Weight × 36 ÷ (37 − reps), estimated load (kg) = 1RM × (37 − reps) ÷ 36. Values assume sets taken to failure. In programmed training, use as a guide alongside rate of perceived exertion to account for daily readiness variation. Accuracy decreases above 10 reps.