No single large-scale survey has measured exactly what share of the global population can complete one proper push-up, so the clean headline number most people are looking for does not exist. What research does offer is a patchwork of studies across different ages, sexes, and fitness levels that, taken together, paint a surprisingly humbling picture. Among college-aged women tested under controlled conditions, the average was only about nine full push-ups, and many in the sample could not manage more than a handful. Factors like sex, age, body composition, and training history shift the numbers dramatically, and even the definition of a “proper” push-up changes depending on who is testing you.
What the Available Data Actually Shows
Because push-up capacity is used more as a fitness-test metric than as a census question, most data come from specific populations rather than nationally representative samples. One study of 72 college-aged women found the group averaged about 9 repetitions in the standard (toes on the ground) position and roughly 17 or 18 in the modified (knees down) position, with wide individual variation in both cases.1PubMed Central. Development of a Standard Push-up Scale for College-Aged Females An average of nine may sound low for young, generally healthy adults, but push-ups demand that you press a large fraction of your own body weight, which makes them far more taxing than they look from the outside.
For men, the numbers tend to be higher. Research on cadence-controlled push-up tests confirms that men consistently outperform women at every testing speed, and at their self-selected pace men averaged close to 50 push-ups per minute compared to about 43 for women.2PubMed Central. Male-Female Differences in Push-up Test Performance at Various Cadences But those studies typically recruit active participants, not a random cross-section of the public. The sedentary majority is underrepresented in exercise-science labs, which means published averages almost certainly overstate what an ordinary person off the street could do.
If you define “can do a push-up” as completing even one repetition with full range of motion, chest near the floor and elbows locking out at the top, a reasonable reading of the literature suggests a large minority of adults would fail that test. Among older adults, people carrying significant excess weight, and those who have never trained their upper body, the number who cannot do a single standard push-up is likely the majority, not the exception. The honest answer to the title question is that no one knows the exact percentage, but the fraction of the adult population that can do at least one textbook push-up is almost certainly smaller than most people assume.
Why the Sex Gap Is So Large
The difference between men and women on push-up tests is one of the largest gaps in any common fitness assessment, and it comes down to where the body carries muscle. Men tend to have substantially more upper-body muscle mass relative to total body weight, which is exactly the ratio that matters for a push-up. During a standard push-up, ground reaction forces reach about 1.6 times body mass for men and about 1.3 times body mass for women, meaning women are pressing a slightly smaller share of their weight per rep but start with proportionally less chest, shoulder, and arm muscle to do it with.2PubMed Central. Male-Female Differences in Push-up Test Performance at Various Cadences
This does not mean women “can’t do push-ups.” It means the exercise is a stiffer test of upper-body strength relative to body weight for women than for men, and untrained women are more likely to start at zero. In the college-aged female study, women who resistance trained performed significantly more repetitions than those who did not, in both the standard and modified positions.1PubMed Central. Development of a Standard Push-up Scale for College-Aged Females Training status mattered more than any other variable measured, which is worth keeping in mind before treating the averages as some kind of biological ceiling.
How Age Shifts the Picture
Upper-body strength declines with age, and the drop accelerates after about 60. A study comparing adults aged 60 to 69 with those aged 70 to 80 found that upper-body strength, measured by arm curl tests, had decreased by about 8 percent in men and 10 percent in women over that single decade.3PubMed Central. Age-related decrease in physical activity and functional fitness among elderly men and women That study used arm curls rather than push-ups, but the underlying mechanism is the same: age-related loss of muscle mass and neuromuscular function erodes the capacity to press your body weight against gravity.
For someone in their 20s or 30s, doing zero push-ups usually reflects a lack of training rather than a lack of physical potential. For someone in their 70s, zero push-ups may reflect genuine sarcopenia, the progressive loss of skeletal muscle that accelerates in later decades. The practical takeaway is that push-up capacity is not a fixed trait. It is highly trainable at any age, but the baseline from which you start drops as you get older, and the rate of decline increases if you are sedentary.
Why “Can You Do a Push-Up” Is Harder to Answer Than It Sounds
Part of the reason no one can give a clean percentage is that “a push-up” is not a single standardized movement. Military fitness tests, gym teachers, personal trainers, and researchers all use slightly different rules about hand width, depth, tempo, and whether the chest must touch the floor. The U.S. Army’s current fitness test uses a hand-release push-up, where you must lower your chest completely to the ground and briefly lift your hands before pressing back up. That version is considerably harder than the partial-range push-ups many people count during casual gym sets.
Cadence matters too. When researchers tested men and women at different controlled speeds, the maximum number of reps people could complete changed depending on the pace. Most people did their best work at their own self-selected cadence or at 60 reps per minute, and performance dropped at faster or slower speeds.2PubMed Central. Male-Female Differences in Push-up Test Performance at Various Cadences So asking “how many push-ups can you do” without specifying tempo is a little like asking how far you can run without specifying whether you are jogging or sprinting.
Body weight adds another layer of ambiguity. A 130-pound person and a 230-pound person performing the same push-up are doing very different exercises in terms of absolute load. This is why push-up counts correlate so strongly with strength-to-weight ratio rather than with raw strength. Researchers have found an extremely high correlation between a person’s predicted maximum push-up load and their bench press one-rep max in trained men, showing that the push-up is essentially a bodyweight bench press.4PubMed Central. Push-Ups are Able to Predict the Bench Press 1-RM and Constitute an Alternative for Measuring Maximum Upper Body Strength Based on Load-Velocity Relationships That tight relationship means carrying extra body fat is functionally like adding plates to the bar, making the movement harder without making you any stronger.
Push-Up Capacity as a Surprisingly Useful Health Marker
Beyond bragging rights, push-up ability turns out to be a meaningful predictor of long-term health. A widely cited study of active adult men tracked cardiovascular outcomes over a decade and found that those who could complete more than 40 push-ups had a dramatically lower risk of heart disease compared to those who could manage fewer than 10.5PubMed Central. Association Between Push-up Exercise Capacity and Future Cardiovascular Events Among Active Adult Men The association was striking, with the high-capacity group showing roughly 96 percent fewer cardiovascular events over the follow-up period. That does not mean push-ups themselves prevent heart attacks. The likely explanation is that push-up capacity serves as a proxy for overall fitness, muscular health, and body composition, all of which independently affect cardiovascular risk.
The connection extends beyond the heart. A study examining push-up performance and bone density found that adults who could do 28 or more push-ups had a substantially lower risk of osteoporosis compared to those who maxed out at 12 or fewer. The protective association held for both sexes, though the effect was larger in men.6PubMed Central. Risk of osteoporosis in adults with poor push-up capacity Median push-ups among people with osteoporosis were about 16, versus 19 in healthy adults. Again, the push-up is probably acting as a stand-in for musculoskeletal health more broadly, but the correlations are strong enough that some researchers have proposed push-up counts as a simple screening tool in clinical settings.
What makes these findings practical is that push-ups require no equipment and take less than two minutes to test. If a free, simple exercise can roughly sort people into higher and lower cardiovascular and skeletal risk categories, that is worth paying attention to even if the mechanism is indirect.
Getting from Zero to Something
If you currently cannot do a single standard push-up, you are not alone, and the path forward is well understood. The modified push-up, performed from the knees, cuts the load substantially. College-aged women who averaged about 9 standard push-ups could do roughly 17 to 18 in the modified version, nearly doubling their rep count with the reduced lever arm.1PubMed Central. Development of a Standard Push-up Scale for College-Aged Females Starting with modified push-ups and gradually transitioning to standard ones as strength builds is a proven progression used in physical therapy, military prep programs, and general fitness coaching.
Structured push-up training programs show measurable gains in a matter of weeks. An eight-week program in which recreationally trained participants performed push-ups twice a week produced significant improvements in maximum voluntary contraction force, with a group using an unstable training device gaining about 9 percent more force output than those training on a stable surface.7PubMed Central. Superior Training-Specific Adaptations With an 8-Week Yoak Push-up Training Program You do not need unstable equipment to benefit, though. Consistent practice on a flat floor, progressing from modified to standard form and then adding volume over time, is enough for most people to go from zero to a respectable number.
Incline push-ups, where you place your hands on a bench or countertop, offer another useful stepping stone. The higher the surface, the less body weight you are pressing. This allows you to practice the full standard push-up movement pattern while scaling the difficulty to your current level, which is often a better strategy than kneeling push-ups for learning the core bracing and hip alignment that full push-ups require.
Protecting Your Wrists During Push-Ups
Wrist pain is one of the most common complaints that keeps people from doing push-ups, and the standard hand-flat position is the main culprit. When you place your palms on the floor, your wrists are forced into deep extension, and the loads pass through the joint in a way that stresses the ligaments on the back side of the wrist. Research comparing push-ups performed on a hyperextended wrist versus a neutral wrist (using push-up handles or making a fist) found that forces are transmitted through the joint differently in the two positions, and the neutral wrist version is likely safer because it avoids preferentially loading the ligaments that are vulnerable in extension.8PubMed. Force transmission through the wrist during performance of push-ups on a hyperextended and a neutral wrist
If wrist discomfort has been your reason for avoiding push-ups, simple fixes include using push-up handles, parallettes, dumbbells as grips, or even just making fists on a padded surface. All of these keep the wrist closer to neutral and distribute force more evenly. For people with existing wrist injuries or conditions like carpal tunnel syndrome, this modification can make the difference between push-ups being off the table entirely and being a usable exercise.
What Hand Position Changes About the Exercise
The classic push-up is performed with hands roughly shoulder-width apart, but moving your hands closer together or wider apart meaningfully changes which muscles work hardest. A study measuring electrical activity in the pectoralis major (chest) and triceps brachii (back of the upper arm) across three hand positions found that diamond push-ups, where the thumbs and index fingers touch, produced the highest activation in both muscles. The triceps showed significantly higher activation than the chest across all positions, but the gap was largest during diamond push-ups.9PubMed Central. Electromyographic Activation of the Pectoralis Major and Triceps Brachii Muscles During Standard, Diamond, and Wide Hand Position Push-Ups
Wide push-ups shift slightly more emphasis toward the chest and front shoulders, while the standard position offers a balanced split. For someone training push-ups to improve their count, practicing at the standard width makes the most sense. For someone using push-ups as a strength tool and wanting to target specific muscles, rotating through widths adds variety without needing any equipment.
Surface stability also plays a role. Push-ups performed on suspension straps or other unstable devices increase activation of the serratus anterior (the muscle that wraps around the side of your rib cage), the lower back, and the thigh muscles compared to floor push-ups.10PubMed Central. Muscle activation during push-ups performed under stable and unstable conditions The unstable surface essentially forces your body to recruit more stabilizer muscles to keep you from wobbling. That is useful for building general stability but not necessarily better for building raw push-up strength. If your goal is simply to get better at push-ups, floor-based practice is the most direct route.
Why Push-Up Norms Are Probably Too Generous
Fitness-testing norms published by organizations like the American College of Sports Medicine or the Cooper Institute categorize push-up scores into percentile ranges by age and sex. These tables are widely shared online and often used to tell someone whether their push-up count is “below average,” “average,” or “excellent.” The problem is that many of these norms were developed from populations that are more active than the general public: military recruits, firefighter applicants, university students in exercise science programs, and gym-goers who volunteered for studies. The people least likely to show up in a push-up study are exactly the people most likely to score zero.
This sampling bias means that published “average” push-up counts tend to overstate what a truly representative sample of the population could do. If a norm table says the average 40-year-old man should do 16 to 24 push-ups, that average was probably drawn from men who are already somewhat active. A random sample that included every 40-year-old man, including those who have not exercised in years, would almost certainly produce a lower median. The percentage of the general population that cannot do a single push-up is genuinely unknown, but it is plausibly a quarter or more of all adults when you account for older populations, people with obesity, people with injuries and disabilities, and people who have simply never trained their upper body.
None of that is cause for despair. The push-up is one of the most trainable exercises in existence. Someone who cannot do one today can, in most cases, work up to several within a few months of consistent practice. The research on cardiovascular and skeletal benefits suggests that the journey from zero to even a modest number is where most of the health return lies, making it one of the better investments in exercise you can make with no equipment and no gym membership.