STATURESTATURE Mechanics
See where you rank among lifters of your weight class, adjusted for your actual body proportions. Standard strength tables treat all lifters at a given bodyweight identically — but a lifter with long femurs works harder at every squat rep than a short-femured lifter of the same weight. These calculators account for that.
Squat Standards
The king of lower-body strength. Standards adjusted for femur length — long-legged lifters work harder at any given load.
Bench Press Standards
Upper body horizontal pushing. Standards adjusted for arm length — short arms reduce range of motion and mechanical disadvantage.
Deadlift Standards
The truest test of total-body pulling strength. Both leg and arm proportions affect mechanical demand at the hips and lower back.
Overhead Press Standards
Vertical pushing strength overhead. Standards adjusted for arm length — longer arms travel farther per rep under load.
Conventional strength standards (beginner, novice, intermediate, advanced, elite) are derived from population data and normalized by bodyweight. They work well as rough guides — but they ignore the single biggest source of variance in how a load feels: your body geometry.
Your femur length determines how far you lean forward in the squat, directly setting the moment arm at your hip. Your arm length sets the range of motion and bar path in the bench and overhead press. These are not minor details — differences of 1 standard deviation in segment length can shift mechanical demand by 10–20% relative to an average-proportioned lifter.
A body-type-adjusted standard takes the published threshold for your weight class and applies a correction based on your demand factor versus average. If your proportions make a lift mechanically harder, your adjusted standard is higher — because you need to be objectively stronger to move the same weight.