There is no single number of pushups you “should” do at any age, because pushup capacity depends on training history, body weight, and sex far more than on your birthday. That said, research and fitness testing data do paint a broad picture of what is typical and what is protective. One of the most striking findings comes from a large study of active adult men: those who could complete more than 40 pushups had a dramatically lower risk of cardiovascular disease over the following decade compared with men who could manage fewer than 10. Whether you are 25 or 65, the number that matters most is the one you can improve from where you are right now.
Why There Is No Universal Chart
You have probably seen tidy tables online telling you that a 30-year-old man should do 25 to 35 pushups and a 50-year-old woman should do 10 to 15. These tables circulate widely, but most trace back to a handful of older fitness-testing manuals rather than large-scale population studies. The research that does exist tends to focus on narrow groups. One study of college-aged women, for example, found that the average participant completed about 9 standard pushups and roughly 18 in the modified (knees-down) position, with women who did regular resistance training performing significantly more in both versions.1Europe PMC. Development of a Standard Push-up Scale for College-Aged Females That gives a useful snapshot for one demographic, but it does not tell you what a healthy 45-year-old or a fit 70-year-old should aim for.
What the broader evidence does support is a general trajectory: pushup capacity tends to peak in the late teens through mid-twenties, holds relatively steady through the thirties if you stay active, and then declines gradually. The decline accelerates after about 60 unless you actively train against it. Rather than fixating on a target number from a chart of uncertain origin, a more evidence-based approach is to test yourself now, track improvement over weeks, and keep an eye on the thresholds that actually predict health outcomes.
The 40-Pushup Threshold and Heart Health
The most cited piece of pushup research in recent years followed more than a thousand active adult men (mostly firefighters, with a mean age around 40) for ten years. The men who could do more than 40 pushups at baseline had a 96 percent lower rate of cardiovascular events compared with those who could do fewer than 10.2PubMed Central. Association Between Push-up Exercise Capacity and Future Cardiovascular Events Among Active Adult Men That is a strikingly large effect, even after accounting for age and other fitness measures. The relationship held across intermediate groups too: men in the 21-to-30 and 31-to-40 ranges still had lower risk than the under-10 group, though the benefit was most dramatic at the top.
A few caveats are worth noting. The participants were occupationally active men, so the results do not translate directly to sedentary populations or to women. Pushup capacity here was essentially a proxy for overall muscular fitness and cardiovascular conditioning, not proof that pushups themselves prevent heart attacks. Still, pushups are one of the simplest, most accessible measures of upper-body and core strength, and this study turned “how many pushups can you do?” into something resembling a vital sign. If you are a middle-aged man who can barely manage 10, the research suggests that working toward 20, then 30, then 40 is a meaningful investment in long-term health.
How Age-Related Muscle Loss Affects Your Numbers
The gradual decline in pushup capacity with age is not just about getting out of shape. Sarcopenia, the progressive loss of muscle mass and strength that begins as early as the thirties, is a well-documented biological process. A review of the research describes it as an age-related decrease in lean muscle mass that alters activity level and affects quality of life, driven by factors including hormonal changes and nutritional shifts.3PubMed Central. Muscle changes in aging: understanding sarcopenia By some estimates, adults lose roughly 3 to 8 percent of their muscle mass per decade after 30, with the rate accelerating after 60.
This means that a 60-year-old who has never specifically trained pushups is fighting biology just to maintain the numbers they hit at 35. But the flip side is encouraging: resistance training can slow, halt, or partially reverse sarcopenia at virtually any age. The fact that muscle loss is a use-it-or-lose-it phenomenon means that a 65-year-old who trains consistently may outperform a sedentary 35-year-old. The number of pushups you “should” do at any age is less about matching a chart and more about staying ahead of the decline curve.
What Happens When Older Adults Start Training
One of the more practical questions for people over 50 is how quickly they can expect to improve. A study of healthy military veterans aged 50 to 80 found that after just four weeks of resistance training, pushup performance improved significantly across the board. The catch was that the younger half of the group (ages 50 to 64) made larger gains than those aged 65 to 80.4PubMed Central. Acute Responses to Resistance Training on Body Composition, Muscular Fitness and Flexibility by Sex and Age in Healthy War Veterans Aged 50–80 Years The older group still improved, just not as quickly. Body fat percentage also dropped and lean mass increased across the entire age range.
Separately, a study of premenopausal women showed that 10 weeks of upper-body resistance training improved pushup performance by about 111 percent on average.5PubMed Central. Effect of short-term upper-body resistance training on muscular strength, bone metabolic markers, and BMD in premenopausal women That is roughly a doubling. If you are starting from 5 pushups and wondering whether training will make a difference, the evidence says yes, and the improvement can be dramatic over a matter of weeks rather than months. People in their fifties and sixties should expect a slower trajectory than someone in their twenties, but “slower” is not “zero.”
What Pushups Actually Demand From Your Body
Understanding which muscles a pushup loads helps explain why the exercise is such a reliable indicator of overall upper-body fitness. Research using electromyography (the measurement of electrical activity in muscles during movement) shows that a standard pushup activates the chest muscles at roughly 95 to 105 percent of their maximum voluntary contraction, the triceps at 73 to 109 percent, and the serratus anterior (the muscle along the side of your ribcage) at 67 to 87 percent.6PubMed. Comparison of muscle-activation patterns during the conventional push-up and perfect· pushup™ exercises Those are high levels of activation for a bodyweight exercise with no equipment.
The core plays a bigger role than most people realize. Research comparing different pushup variations found that the abdominal and spinal erector muscles act as stabilizers across all versions, maintaining relatively high activation even in easier variants.7PubMed Central. Selective Activation of Shoulder, Trunk, and Arm Muscles: A Comparative Analysis of Different Push-Up Variants This is partly why pushup capacity correlates so well with other measures of fitness. It is not just an arm exercise; it tests your ability to stabilize your trunk while pressing a substantial fraction of your body weight.
And that fraction is not trivial. In a traditional pushup, you support about 69 percent of your body weight in the top position and roughly 75 percent at the bottom.8The Journal of Strength and Conditioning Research. The Effect of Position on the Percentage of Body Mass Supported During Traditional and Modified Push-up Variants For a 180-pound person, that means pressing about 125 to 135 pounds with every rep. The modified (knees-down) version drops the load to about 54 to 62 percent of body weight, which is why it is a practical starting point for beginners and a reasonable scaling option as you age.
Scaling and Modifications by Fitness Level
Age-based pushup targets are less useful than progression-based ones. If you cannot do a single standard pushup, starting with wall pushups or incline pushups (hands on a bench or step) lets you build strength at a manageable load. The knees-down modification cuts the effective resistance by roughly a quarter compared with the standard version, as the body-mass data above shows. Once you can comfortably do 15 to 20 modified pushups with good form, transitioning to the standard version at lower reps is a logical step.
For people who can already knock out 30 or 40 standard pushups, adding difficulty through tempo changes, deficit pushups (hands on blocks to increase range of motion), or unstable surfaces can extend the training stimulus. Research on unstable-surface pushups found significantly greater activation in the core, lower back, and thigh muscles compared with floor pushups, while shoulder activation stayed about the same.9Journal of Exercise Science & Fitness. Muscle activation during push-ups performed under stable and unstable conditions Suspension-trainer pushups produced the highest core and lower-back activation among all conditions tested. If your goal is to keep challenging your body as the standard version becomes routine, these variations offer a path forward without needing to add hundreds of reps.
For older adults or anyone returning after injury, the hierarchy might look like this:
- Wall pushups: Minimal load, good for building initial pressing strength and wrist tolerance.
- Incline pushups: Hands elevated on a counter or bench, progressively lowered as you get stronger.
- Knees-down pushups: About 54 to 62 percent of body weight, a solid intermediate step.
- Standard pushups: About 69 to 75 percent of body weight, the benchmark version.
- Advanced variations: Decline, deficit, weighted, or unstable-surface versions for those who have outgrown the standard.
The key is to find the variant where you can do 5 to 15 reps with controlled form, and build from there. Chasing high rep counts with sloppy technique teaches your body to compensate, which matters more as joints get older and less forgiving.
Joint Considerations, Especially for Wrists and Shoulders
Wrist pain is one of the most common reasons people avoid pushups, and it becomes more prevalent with age as cartilage thins and old injuries accumulate. Research on wrist mechanics during pushups found that wrist position significantly affects the forces on the small bones and ligaments of the wrist. In a standard pushup with the wrist extended (the typical flat-hand position), the scaphoid bone extends about 70 degrees and the lunate about 29 degrees. For people with pre-existing wrist ligament issues, a neutral wrist position (using pushup handles or fists) may actually place higher forces on certain ligament attachment points, while the extended position may be less harmful to an already-injured wrist.10PubMed. Changes in Scaphoid and Lunate Position and Loading at Two Wrist Pushup Positions The practical takeaway is that “use handles to protect your wrists” is not universally correct. If you have a specific wrist injury, the best position depends on the type of damage.
For most people without a diagnosed wrist condition, using pushup handles or dumbbells to keep the wrist in a neutral position does reduce the feeling of strain. Shoulder health is the other major consideration. As you age, rotator cuff tendons become more susceptible to impingement. Keeping elbows at roughly a 45-degree angle from the torso rather than flared out wide reduces shoulder stress. If a standard pushup bothers your shoulders, incline pushups or wall pushups change the loading angle enough to take pressure off the joint while still building strength.
Pushups as a Reliable Fitness Test
Part of why pushups appear in so many fitness assessments is that they are remarkably consistent as a measurement tool. A study evaluating the test-retest reliability of various bodyweight exercises found that pushups had the highest reliability score among the exercises tested, with an intraclass correlation coefficient of 0.98 (where 1.0 would be a perfect match between test and retest).11PubMed Central. Validity and reliability of the Muscular Fitness Test to evaluate body strength-resistance In practical terms, if you test your max pushups today and again next week under the same conditions, you will get nearly the same number. That makes pushups a trustworthy way to track your own progress over months and years.
Pushup capacity also correlates well with other measures of upper-body strength. Research comparing pushup repetitions to bench press performance found a strong relationship between the two, with a correlation of about 0.82 for combined sexes.12International Journal of Sports Science & Coaching. Bench press and pushup repetitions to failure with equated load The relationship held for both men and women individually, though the correlation was slightly stronger for men (0.81 versus 0.76 for women).13PubMed Central. Push-Ups vs. Bench Press Differences in Repetitions and Muscle Activation between Sexes So your pushup number is not just a pushup number. It is a reasonable proxy for your pressing strength in general, which is part of why it has been used as an assessment tool for so long.
Blood Pressure and Resistance Exercise
People with high blood pressure sometimes worry about whether pushups are safe. The concern is legitimate: resistance exercise does temporarily spike blood pressure during the effort. Research on adults with hypertension found that exercises like squats and deadlifts produced significantly higher systolic blood pressure during the movement compared with baseline, while upper-body pressing exercises like the bench press caused a smaller increase.14PubMed Central. Acute Blood Pressure Changes Following Resistance Exercise in Adults with Hypertension Diastolic blood pressure did not rise significantly above baseline for any of the exercises tested. This suggests that pushups, as an upper-body pressing movement, produce a relatively moderate blood pressure spike compared with heavy lower-body exercises.
That does not mean pushups are risk-free for someone with uncontrolled hypertension, and anyone with a cardiovascular condition should check with their doctor before starting a new exercise program. But for the majority of people with managed blood pressure, the acute spike during a set of pushups is brief and well within what the body can handle. The long-term effect of regular resistance training is actually a reduction in resting blood pressure, so the temporary spike is a reasonable trade-off.
A Brief History of Pushups in Fitness Testing
Pushups have been a staple of physical fitness assessment for over a century, and their persistence says something about their value. The U.S. Army first incorporated pushups into its physical fitness testing during World War II. A 1944 test for soldiers included seven events: pull-ups, burpees, squat jumps, pushups, a man-carry, sit-ups, and a 300-yard run. Women were encouraged to take a separate self-assessment starting in 1943 that also included pushups. Age-adjusted standards arrived in 1946, and by 1980, the Army Physical Fitness Test had been streamlined to just three events: pushups, sit-ups, and a two-mile run.15PubMed. History of United States Army physical fitness and physical readiness training
The fact that pushups survived decades of revision while other test items came and went reflects the exercise’s unique combination of qualities: it requires no equipment, is easy to standardize, tests multiple muscle groups simultaneously, and produces highly repeatable results. Age-adjusted scoring in military and law-enforcement fitness tests typically lowers the required number by about 5 to 10 reps per decade after the mid-twenties, which loosely tracks the natural decline in muscle mass. Those military norms are calibrated for occupational readiness, not general health, so they tend to be higher than what a civilian fitness test would require. But the underlying principle of adjusting expectations downward with age while still expecting some baseline capacity is sound advice for anyone.
Practical Targets by Decade
Given the lack of a single authoritative normative table, here is a rough framework drawn from the research and testing traditions discussed above. These are meant as orientation points rather than hard cutoffs, and they assume a standard pushup performed with full range of motion.
- Twenties: Most healthy adults who exercise regularly can do 20 to 35. Sedentary individuals may manage 10 to 15. College-aged women who do not resistance train average about 9 in the standard position.
- Thirties: Expect a modest decline if you are not actively training, perhaps 15 to 30 for active individuals. The cardiovascular research suggests aiming for north of 20 as a health marker.
- Forties: The 40-pushup threshold from the cardiovascular study applies most directly to this age group. Active men in their forties who can hit 40 have substantially lower cardiac risk. For women, equivalent data are lacking, but maintaining 15 to 25 is a reasonable goal.
- Fifties: Sarcopenia is accelerating for those who do not train. An active 50-year-old might do 15 to 25. Beginners at this age should start with modified or incline pushups and build gradually.
- Sixties and beyond: Any number above zero is worth celebrating if you are just starting. Active older adults commonly do 10 to 20. The veteran study showed meaningful improvement is possible even up to age 80, but gains come more slowly than in younger decades.
These ranges reflect general patterns, not individual prescriptions. A 60-year-old who has trained for decades may outperform these estimates easily, while a sedentary 25-year-old might struggle with the low end. Body weight matters too: a heavier person is pressing more absolute weight with every rep, which is not captured in simple rep-count standards. The most useful target is always “more than last month,” applied consistently over years.