Strength standards by bodyweight

Strength standards: landmarks, not ceilings

Strength standards are reference points that tell you where you stand relative to the broader training population at your body weight. They come from aggregated competitive and training data compiled by organizations like ExRx, Symmetric Strength, and the NSCA, and expressed as multiples of body weight.

Who sets the standards and why they vary

Different sources use different populations and definitions:

• ExRx (ExRx.net) — one of the most widely cited databases, based on self-reported lifts from hundreds of thousands of gym-goers. Standards tend to be accessible and represent typical gym performance rather than competitive powerlifting.
• Symmetric Strength — data aggregated from competition results and training logs, with a focus on balanced strength across movements. Provides percentile breakdowns by sex and body weight class.
• NSCA (National Strength and Conditioning Association) — sport- specific norms primarily for collegiate and professional athletes, often not representative of recreational trainees.

Training age definitions also differ: one source's “intermediate” (1–3 years consistent training) is another's “novice.” Use these standards as directional landmarks, not absolute classifications.

Relative vs absolute strength

Relative strength is your lift divided by your body weight — the metric used in these standards (1.5× BW squat, etc.). Relative strength tends to favor lighter athletes because strength doesn't scale linearly with body weight (it scales approximately with BW^0.67 due to the physics of cross-sectional muscle area vs body mass).

Absolute strength is the raw kilograms or pounds lifted. Heavier athletes almost always win here — a 300-lb powerlifter will deadlift more total weight than a 150-lb powerlifter, even if the smaller athlete has higher relative strength.

For general health and fitness, relative strength (lb per lb of body weight) is the more meaningful metric because it correlates with functional capacity at your size.

Why the deadlift standard is highest

The deadlift engages the largest muscle groups in the body simultaneously — the erectors, glutes, hamstrings, quads, traps, and lats all contribute. It also benefits from favorable leverage: the bar travels a shorter distance than a squat, and raw muscle cross-sectional area (not flexibility or technique) is the primary limiter for most people. Experienced powerlifters typically deadlift 20–30% more than they squat.

Grip strength as a longevity predictor

While not included in the big-four lifts, grip strength is one of the most powerful physical predictors of long-term health. Leong et al. (2015) published in The Lancet a study of 139,691 adults across 17 countries (PURE study) finding that every 5 kg reduction in grip strength was associated with a 17% increased risk of cardiovascular mortality and a 16% increased risk of all-cause mortality. Grip strength outperformed systolic blood pressure as a mortality predictor in that analysis. Deadlift training builds grip strength as a side effect — another reason heavy pulling movements are worth including.

How to use these standards

Don't compare yourself against these numbers to feel bad about your current level. Use them as:

• Goal-setting landmarks — “I want to reach intermediate on all 4 lifts by the end of the year.”
• Imbalance identification — if your squat is intermediate but your deadlift is still novice, there may be a posterior chain weakness to address.
• Progress calibration — after years of training, standard-based benchmarks give more context than comparing to a personal best.

Most recreational lifters reach novice–intermediate on the squat and deadlift within 1–2 years. The bench press tends to lag because the pressing musculature (pecs, shoulders, triceps) is smaller relative to the hip-dominant lifts. The overhead press is the humbler — even competitive powerlifters often have only intermediate overhead numbers relative to their squat.