How many steps are in a mile?
Most adults take between 2,000 and 2,500 steps to walk a mile. Two things decide where you fall in that range, and they are your height and your walking speed.
A woman of average height, 5′4″, walking at an average pace of 3 mph takes about 2,315 steps to cover a mile. A man of average height, 5′9″, takes about 2,211. Speed the woman up to a brisk 3.5 mph and she is down to about 2,133; slow her to a 2 mph amble and she is up around 2,949.
That last figure is the one worth noticing. Between a slow walk and a brisk one, the same person’s steps per mile move by several hundred. A calculator that does not ask how fast you were going cannot tell the difference between a stroll with a toddler and a march to catch a train, and it will give you the same answer for both.
The formula, and where it comes from
Nearly every page that answers this question is drawing, directly or at several removes, on a single piece of research: a 2008 study by Werner Hoeger and colleagues, published in ACSM’s Health & Fitness Journal, which put people on a treadmill at set speeds and counted their steps over a mile. It produced three prediction equations, with height in inches and pace in minutes per mile.
Walking, women: steps per mile = 1,949 + (63.4 × pace) − (14.1 × height)
Walking, men: steps per mile = 1,916 + (63.4 × pace) − (14.1 × height)
Running, either: steps per mile = 1,084 + (143.6 × pace) − (13.5 × height)
Those are the equations this page runs on, and they are printed here because almost nobody else prints them. If you want to check a number in the calculator by hand, you can.
They are also worth being honest about. The walking equations come from 44 people, average age 27, and running from 34. Walking was measured at two speeds only, a 20-minute mile and a 15-minute mile; everything between and either side of those is the equation filling in. The paper states that its equations apply to people of normal weight, and that accuracy may vary with a different pedometer model than the one it used.
What gives them credibility beyond their own sample is that a completely separate study reached almost the same numbers. The CADENCE-adults project measured how many steps per minute people took at fixed treadmill speeds, and converting those to steps per mile lands within about 2% of the Hoeger equations at every normal walking speed. Two different methods, eleven years apart, agreeing that closely is a reasonable basis for a calculator. It is not a basis for four decimal places, which is why the result on this page is given as a range.
The measured numbers
Before any equation, these are the raw averages the study recorded, with the number of participants at each speed.
| Speed | All | Women | Men | People |
|---|---|---|---|---|
| Walking, 20 min/mile (3 mph) | 2,252 | 2,310 | 2,176 | 44 |
| Walking, 15 min/mile (4 mph) | 1,935 | 1,987 | 1,868 | 44 |
| Running, 12 min/mile (5 mph) | 1,951 | 1,979 | 1,919 | 35 |
| Running, 10 min/mile (6 mph) | 1,672 | 1,709 | 1,635 | 28 |
| Running, 8 min/mile (7.5 mph) | 1,400 | 1,469 | 1,360 | 19 |
| Running, 6 min/mile (10 mph) | 1,080 | 1,213 | 1,064 | 9 |
One oddity in that table gets repeated elsewhere as though it were settled: the average for jogging a 12-minute mile, 1,951 steps, is slightly higher than the average for walking a 15-minute mile, 1,935. It is a difference of under 1%, and the two figures come from different groups of participants — 35 people ran, 44 walked. The equations, which hold height steady, do not show the same thing. The safe reading is that fast walking and slow jogging take a similar number of steps per mile, not that one beats the other.
Steps per mile by height and pace
The same equations, laid out. These are for women; for men, subtract about 33 from each figure.
The 3 mph and 4 mph columns are speeds the study measured directly. The rest are the equations filling in between them, and they land within about 2% of the separate CADENCE-adults measurements.
| Height | Slow walk 2 mph | Average walk 3 mph | Brisk walk 3.5 mph | Fast walk 4 mph |
|---|---|---|---|---|
| 5' | 3,005 | 2,371 | 2,190 | 2,054 |
| 5'2" | 2,977 | 2,343 | 2,162 | 2,026 |
| 5'4" | 2,949 | 2,315 | 2,133 | 1,998 |
| 5'6" | 2,920 | 2,286 | 2,105 | 1,969 |
| 5'8" | 2,892 | 2,258 | 2,077 | 1,941 |
| 5'10" | 2,864 | 2,230 | 2,049 | 1,913 |
| 6' | 2,836 | 2,202 | 2,021 | 1,885 |
Why pace matters more than height, and sex barely matters at all
This is the part most calculators get backwards, and it is easy to check against the equations above.
Take someone of 5′6″. Move them from an average 3 mph walk to a fast 4 mph walk and their steps per mile change by about 317. Now hold the pace still and change the height instead, across a full foot from 5′0″ to 6′0″: that moves it by about 169. Pace is worth more than a foot of height.
Then there is sex. In these equations it is a single number: the two walking equations are identical except that one starts at 1,949 and the other at 1,916. Two people of the same height walking at the same speed differ by 33 steps per mile, which is about 1%. The running equation is not split by sex at all.
Compare that with how the question is usually handled. The common shortcut is a stride of 2.2 feet for women and 2.5 feet for men, which builds in a difference of about 14%. That figure has no clear source in the biomechanics literature, and it is doing something slightly odd: it is using sex as a rough stand-in for height, on pages that then go on to ask for your height as well.
So if you came here looking for how many steps are in a mile for a woman, the useful answer is that it depends on how tall you are and how fast you walk, and hardly at all on the fact that you are a woman. The sex option is on the calculator because it is in the research, but it is the least important control on the form.
The rule this page does not use
You will see stride length given as your height multiplied by 0.413 if you are a woman and 0.415 if you are a man, often credited to ACSM or to the Hoeger paper. It is in neither. Its actual home is engineering research on tracking people indoors using phone sensors, where it was a convenient constant rather than a finding about gait.
The older version of the same idea, that your stride is 42% of your height, does have a real source, and it was tested directly. A 2010 study of 130 adults compared the estimate against measured stride length and found they differed enough that the authors advised against using height alone to predict stride. Their measured figure came out nearer 46% of height than 42%.
The two approaches also disagree with each other. A flat percentage of height implies your steps per mile vary by around 20% between a 5′0″ and a 6′0″ walker. The measured data says about 7%. They cannot both be right, so this page uses the one that came from counting people’s steps.
How many miles is 10,000 steps, and other counts
Every figure below is for a woman of 5′4″ walking at 3 mph, with the equivalent for a man of 5′9″ alongside. The calculator at the top will do the same for your own height and pace.
How many miles is 5,000 steps?
5,000 steps is about 2.2 miles at an average walking pace of 3 mph, and about 2.3 miles for a man of average height at the same pace. Walk it briskly and it comes out closer to 2.3 miles; take it slowly and it is nearer 1.7. At an average pace it takes around 43 minutes.
How many miles is 6,000 steps?
6,000 steps is about 2.6 miles at an average walking pace of 3 mph, and about 2.7 miles for a man of average height at the same pace. Walk it briskly and it comes out closer to 2.8 miles; take it slowly and it is nearer 2.0. At an average pace it takes around 52 minutes.
How many miles is 7,000 steps?
7,000 steps is about 3.0 miles at an average walking pace of 3 mph, and about 3.2 miles for a man of average height at the same pace. Walk it briskly and it comes out closer to 3.3 miles; take it slowly and it is nearer 2.4. At an average pace it takes around 1 hour.
How many miles is 8,000 steps?
8,000 steps is about 3.5 miles at an average walking pace of 3 mph, and about 3.6 miles for a man of average height at the same pace. Walk it briskly and it comes out closer to 3.7 miles; take it slowly and it is nearer 2.7. At an average pace it takes around 1 hour 9 minutes.
How many miles is 10,000 steps?
10,000 steps is about 4.3 miles at an average walking pace of 3 mph, and about 4.5 miles for a man of average height at the same pace. Walk it briskly and it comes out closer to 4.7 miles; take it slowly and it is nearer 3.4. At an average pace it takes around 1 hour 26 minutes.
How many miles is 12,000 steps?
12,000 steps is about 5.2 miles at an average walking pace of 3 mph, and about 5.4 miles for a man of average height at the same pace. Walk it briskly and it comes out closer to 5.6 miles; take it slowly and it is nearer 4.1. At an average pace it takes around 1 hour 44 minutes.
How many miles is 15,000 steps?
15,000 steps is about 6.5 miles at an average walking pace of 3 mph, and about 6.8 miles for a man of average height at the same pace. Walk it briskly and it comes out closer to 7.0 miles; take it slowly and it is nearer 5.1. At an average pace it takes around 2 hours 10 minutes.
How many miles is 20,000 steps?
20,000 steps is about 8.6 miles at an average walking pace of 3 mph, and about 9.0 miles for a man of average height at the same pace. Walk it briskly and it comes out closer to 9.4 miles; take it slowly and it is nearer 6.8. At an average pace it takes around 2 hours 53 minutes.
The spread between the slow and brisk figures on each of those lines is the reason this page asks about pace. It is routinely the difference of a mile or more, and it is invisible to any calculator that divides by 2,000.
How to measure your own stride
Any estimate from height and pace is an average of other people. Measuring your own takes about two minutes and beats it.
- Find a distance you can measure. A tape measure on a hallway or a driveway is ideal. Failing that, most running tracks have a marked 100 m straight, and many pavements have regular slabs you can count.
- Walk it normally, counting your steps. Normally is the important word. Counting makes people march; if you notice yourself doing that, walk it again.
- Divide the distance by the number of steps. Sixty feet in 24 steps is a stride of 2.5 feet.
- Put both numbers into the calculator, under “I’ve measured my own stride”. It will use your figure instead of the estimate, and the conversion table will follow it.
Do it twice, once at a comfortable pace and once at the pace you actually walk when you are getting somewhere. The two numbers will not match, which is the whole point of the pace control.
Why your watch gives a different answer
If your phone or your watch says one distance and this page says another, the watch is usually closer, and it is worth knowing why.
A watch outdoors is generally using GPS, which measures the ground you covered rather than inferring it. Indoors, or without a signal, it falls back on a stride length it has worked out from your own previous walks, which is a better figure than any equation built from other people’s averages. It also knows things this page does not: whether you were going uphill, whether you stopped at the kerb, whether those were short shuffling steps around a kitchen.
Where this page is useful is when you have a step count and nothing else — a total from a pedometer, a number a friend quoted, a step-count challenge at work — and you want to know what distance it represents, and why.
What else changes your stride
- Age. Stride length tends to shorten as people get older, so an older walker covering the same mile takes more steps to do it. If your measured stride is shorter than the table above suggests for your height, this is often why.
- The ground. Grass, sand, snow and gravel all shorten a stride. So does a crowded pavement, for a different reason: you cannot get a rhythm.
- Hills. Going up shortens your stride, so a hilly mile takes more steps than a flat one. Going down lengthens it, but not by as much as the climb cost you.
- What you are carrying. Shopping, a rucksack, a toddler on one hip, or a pushchair in front of you all shorten a stride, and a pushchair also fixes your speed to whatever it will roll at comfortably.
- What is on your feet. Anything you cannot stride properly in changes the answer.
None of these is in the equations, because the study was done on a treadmill. It is the main reason to treat the result as a range rather than a figure.
How many steps do you actually need?
Since most people arrive at a steps-to-miles calculator because of a daily target, it is worth saying where the usual target came from.
The 10,000 figure is not a research finding. It is the name of a product. In 1965 the Yamasa Clock and Instrument Company sold a pedometer in Japan called the Manpo-kei, which translates as “10,000 steps meter”. The number was chosen to sell a device, and the research came along afterwards.
When it did, it landed lower. A 2025 review in The Lancet Public Health pulled together 57 studies and found that most of the measurable benefit was already present at around 7,000 steps a day, including a lower rate of depressive symptoms, of dementia and of falls. Its authors described 7,000 as a more realistic and achievable target than 10,000 for many people. An earlier meta-analysis of 15 cohorts put the point where the curve flattens at 6,000 to 8,000 steps for adults over 60, and 8,000 to 10,000 for those under 60.
And a study of 16,741 women, average age 72, found the mortality rate was around 40% lower at about 4,400 steps a day than at 2,700, with the benefit continuing to rise and then levelling off near 7,500. Its authors wrote that the findings might encourage the many people for whom 10,000 steps a day is out of reach.
These are associations rather than proof of cause, and they are about groups rather than any one person. But the direction is consistent across all of them, and it is not the direction the 10,000 figure implies: the largest gains are at the bottom of the range. Going from very little to a moderate amount matters more than going from a moderate amount to a lot.
For context on what “a moderate amount” looks like, the Hoeger paper notes that most adults in the United States already accumulate 5,000 to 6,000 steps a day through ordinary living.
Is a slow walk still worth it?
Yes, and there is a specific finding behind that. The study of older women measured stepping intensity as well as volume, and reported that intensity was not clearly related to lower mortality once the total number of steps was taken into account. The total is what showed up in the data.
That is a useful thing to know if the walks available to you are slow ones — with a pram, with a dog that stops at everything, with a knee that is not what it was, or on the days when brisk is not on offer. The distance calculator on this page will tell you that a slow mile takes more steps than a fast one. It does not follow that the slow mile counts for less.
A slow walk is still a walk.
Sources
- Hoeger WWK, Bond L, Ransdell L, Shimon JM, Merugu S. One-Mile Step Count at Walking and Running Speeds. ACSM’s Health & Fitness Journal, 2008;12(1):14–19. The prediction equations, the measured means and the 5,000–6,000 daily steps figure.
- Tudor-Locke C, et al. Walking cadence (steps/min) and intensity in 21–40 year olds: CADENCE-adults. International Journal of Behavioral Nutrition and Physical Activity, 2019;16:8. The independent check on steps per mile by speed.
- Barreira TV, Rowe DA, Kang M. Parameters of Walking and Jogging in Healthy Young Adults. International Journal of Exercise Science, 2010;3(1):4–13. The test of the “42% of height” rule.
- Ding D, et al. Daily steps and health outcomes in adults: a systematic review and dose-response meta-analysis. The Lancet Public Health, 2025;10(8):e668–e681. The 7,000-step finding.
- Lee I-M, Shiroma EJ, Kamada M, Bassett DR, Matthews CE, Buring JE. Association of Step Volume and Intensity With All-Cause Mortality in Older Women. JAMA Internal Medicine, 2019;179(8):1105–1112. The 16,741-woman cohort, and the finding on intensity.
- Paluch AE, et al. Daily steps and all-cause mortality: a meta-analysis of 15 international cohorts. The Lancet Public Health, 2022;7(3):e219–e228. The age-banded figures.