Running Cadence
Cadence is the number of steps you take per minute. Yours follows your pace, and 180 is not a number to chase. Raising it a little shortens the step and eases some loading at the knee, which makes it one tool for a runner with kneecap pain and not a fix for everyone. This guide covers how to find your cadence, what a higher one does, what the injury evidence shows, and how to change it. This is general training guidance.
What it is and how to find yours
Cadence is the number of steps you take in a minute, also called step rate. Count your steps for 30 seconds and double the number, or read it off your watch. Compare cadence only at a similar pace, because it rises with speed. Some papers count strides (a left step plus a right step), so 85 strides per minute is 170 steps per minute. This guide gives steps per minute throughout.
There is no right number
Your cadence follows your speed and your size. In 30 experienced runners on a treadmill, mean cadence rose from 169 steps per minute at a 10:00 mile pace to 178 at a 7:00 mile pace1. In a 2020 outdoor study, 21 experienced recreational runners preferred 165 on average at an 8:49 mile pace, and the taller runners preferred less2.
Do not chase 180. When researchers measured the cadence at which running cost the least energy at one speed, it averaged about 170 steps per minute in 14 runners, with a spread of several steps either side (a 2015 study)3. In that 2020 outdoor study, moving each runner from their preferred rate to their own best rate was predicted to lower median heart rate by only 0.5 beats per minute2. Your own cadence at a given pace is usually close to your cheapest, so raise it for a reason (below) and not for a number.
What a higher cadence does
Raising step rate shortens the step and, in a 2015 lab study, brings the foot closer to your hip at landing3. A 2022 systematic review of 37 studies, most of them of immediate effects, found strong evidence that raising step rate reduced how far the knee bends, moderate evidence of shorter steps and lower forces at the hip and knee, and limited evidence of lower braking and kneecap joint stress. It found very limited evidence of higher perceived effort, and the longer-term effects remain largely unknown4.
Cadence and injury
Whether raising cadence prevents injury is not settled. The 2022 review found only two injury studies and concluded there is insufficient evidence to say what changing step rate does to injury4. A 2025 systematic review of 18 studies read it more favorably: its narrative synthesis suggested a preventive effect for patellofemoral pain (pain around or behind the kneecap) and tibial stress fractures, and it said high-quality prospective studies are still needed5.
The trials are in runners who already have kneecap pain. In a randomized trial of 30 such runners, 10 per group, a two-week program raising cadence 7.5 to 10 percent reduced running pain more than no intervention at 6 months, as did a program aimed at reducing impact6. A larger 2018 randomized trial of 69 runners found no added benefit: education alone, education plus exercises and education plus 8 weeks of gait retraining all improved by similar amounts, even though the retraining group raised its step rate and lowered its impact loading7. So a higher cadence is one tool for kneecap pain, alongside education and strengthening, and not a stand-alone fix. If you have no pain, there is no clear reason to change yours. For persistent pain, see the guides on runner's knee and stress fractures.
How to change it
A metronome app or your watch's cadence alert works. Across 20 studies (483 runners), step rate training over several sessions raised step rate by about 12 steps per minute on average8. The size of change to aim for is small:
- Find your usual cadence on an easy run first.
- Move by 5 to 10 percent at most, which is the range the trials above used, and let each step settle before the next.
- Hold the new rate on easy runs with the metronome or alert.
- Judge it by feel, a slightly shorter and quicker stride, and not by a number on the watch.
Safety
Pain that is sharp, gets worse as you run or lingers after a run needs a clinician, not a change in cadence on its own. Make any change small and gradual, and stop if it brings new pain.
Sources
- Leacox A, Fashingbauer L, Ferguson T, Zajakowski A, Baum B, Reinking M. The Effect of Running Speed on Cadence and Running Kinetics. International Journal of Sports Physical Therapy 20(7):957-963 (2025). (30 experienced runners ages 21 to 49 (11 female, 19 male) on an instrumented treadmill at several speeds, cross-sectional) ↩
- de Ruiter CJ, van Daal S, van Dieen JH. Individual optimal step frequency during outdoor running. European Journal of Sport Science 20(2):182-190 (2020). (21 experienced recreational runners (12 female) on a flat outdoor lane, heart rate used as the stand-in for energy cost) ↩
- Lieberman DE, Warrener AG, Wang J, Castillo ER. Effects of stride frequency and foot position at landing on braking force, hip torque, impact peak force and the metabolic cost of running in humans. Journal of Experimental Biology 218(Pt 21):3406-3414 (2015). (14 runners at 3.0 m/s on a treadmill at five imposed stride frequencies) ↩
- Anderson LM, Martin JF, Barton CJ, Bonanno DR. What is the Effect of Changing Running Step Rate on Injury, Performance and Biomechanics? A Systematic Review and Meta-analysis. Sports Medicine - Open 8(1):112 (2022). (Systematic review and meta-analysis of 37 studies, 2 on injury, 5 on performance and 36 on biomechanics) ↩
- Figueiredo I, Reis E Silva M, Sousa JE. The Influence of Running Cadence on Biomechanics and Injury Prevention: A Systematic Review. Cureus 17(8):e90322 (2025). (Systematic review of 18 studies with a narrative synthesis) ↩
- de Souza Junior JR, Rabelo PHR, Lemos TV, Esculier JF, Barbosa GMP, Matheus JPC. Effects of two gait retraining programs on pain, function, and lower limb kinematics in runners with patellofemoral pain: A randomized controlled trial. PLoS One 19(1):e0295645 (2024). (30 runners with patellofemoral pain, 10 per group (cadence program, impact program, no intervention)) ↩
- Esculier JF, Bouyer LJ, Dubois B, Fremont P, Moore L, McFadyen B, Roy JS. Is combining gait retraining or an exercise programme with education better than education alone in treating runners with patellofemoral pain? A randomised clinical trial. British Journal of Sports Medicine 52(10):659-666 (2018). (69 runners with patellofemoral pain randomized to three 8-week programs (education, education plus exercises, education plus gait retraining)) ↩
- Goss DD, Xu J, Hertel J. Effects of step rate based gait training on running biomechanics: A systematic review and meta-analysis. Gait & Posture 123:110009 (2026). (Systematic review and meta-analysis of 20 studies with 483 runners) ↩
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