STATURESTATURE Mechanics
OPEN SEASON ENDED — Pro features are now locked. Keep your access. — Keep your Pro access
OPEN SEASON ENDED — Pro features are now locked. Keep your access. — Keep your Pro access
At 5′9″ and 200 lbs, the average American man carries more body mass relative to height than most of the world. That changes everything — moment arms, torque demands, bar path geometry. Run your numbers and see exactly where that build wins and where it struggles.
Free. No sign-up. Runs entirely in your browser.
Source: CDC National Health and Nutrition Examination Survey (NHANES 2015–2018)
Near the global average — neither the long levers of northern Europeans nor the shorter limbs common in East Asia. A neutral starting point for most barbell movements.
One of the heaviest average body weights globally. Higher body weight increases absolute strength potential but also raises the cost of bodyweight movements like pull-ups and push-ups.
Slightly below the global average for women. Shorter stature shortens the bar path on deadlifts and presses, which can be a mechanical advantage in competition.
The US is the global epicenter of powerlifting, home to the IPF World Championships and dozens of major federations. CrossFit's headquarters and Open competition originated here, giving American athletes deep familiarity with barbell cycling, gymnastics, and conditioning benchmarks. Bodybuilding and Olympic weightlifting also have strong competitive scenes, particularly through USAW.
American men average 5′9″ (175.4 cm) and 200 lbs (90.6 kg) — near median height globally but among the heaviest populations by weight. American women average 5′4″ (161.3 cm) and 171 lbs (77.5 kg). The higher body weight relative to height means more absolute mass to move during bodyweight exercises but greater potential for raw strength output.
The average American male's proportions favor conventional deadlifts and back squats due to near-average limb ratios. The higher body weight can be an advantage in raw powerlifting total calculations. However, that same mass makes bodyweight movements like pull-ups and muscle-ups more taxing — a key consideration for CrossFit athletes.
Yes. The core biomechanics comparison engine — side-by-side lift analysis, torque calculations, range-of-motion metrics — is completely free. No account required.
Sumo stance shortens the effective range of motion and shifts more load to the hips and quads. For lifters with higher body weight and proportionally shorter torsos — common in the American average — sumo can reduce spinal shear and leverage the hip musculature more efficiently. STATURE's engine shows you the exact bar path difference for your specific measurements.
Build breakdowns, proportion deep dives, and strength analysis — free, no spam.
By subscribing, you agree to receive STATURE Mechanics emails. Unsubscribe any time from any email. Not directed to children under 13. See Privacy.