Free tool · Running
Running cadence calculator
Enter your height and pace to see a typical cadence range and stride length for runners like you. Add your current cadence to compare, then practise with the built-in step metronome.
Typical cadence 153 to 169 steps per minute.
Your estimate
- Typical cadence range for your height and pace
- 153–169 spm
- Step length at 161 spm
- 103 cm
- Stride length (2 steps)
- 2.07 m
An estimate from typical values, not a target. Real cadence varies by ±10 spm or more between runners of the same height.
Cadence metronome
One click per step. Run so each foot lands on a click.
steps / min
Metronome stopped
No sound on iPhone? Turn off silent mode. Keep this tab open while you run.
What is running cadence?
Running cadence (also called step rate or step frequency) is the number of steps you take per minute, counting both feet. It is shown as spm, steps per minute. Your running speed is simply cadence × step length: to run faster you take more steps, longer steps, or both.
Cadence is one of the simplest numbers coaches look at, because it is easy to measure and easy to change. A low cadence at a given pace means each step is longer, which often goes with landing further ahead of your body (overstriding). That is why cadence is a common starting point when runners work on their form.
Why 180 steps per minute isn’t a rule
The famous “180” comes from coach Jack Daniels, who counted the steps of elite runners at the 1984 Olympics. Those were elite athletes at race pace. At an easy jog, most recreational runners sit well below 180, and that is normal.
A 2019 study of the top runners at the 100 km world championship found an average of about 182 spm, but individual runners ranged from roughly 160 to over 200. Cadence rose with speed, and height explained only a small part of the differences (Burns et al., 2019). In short: your cadence depends on your pace, your body and your style, not on one magic number.
Running cadence by height (estimate)
Typical cadence at four common paces, from the same model as the calculator. Real runners vary by about ±10 spm around these values.
| Height | 7:00min/km · 11:16 /mi | 6:00min/km · 9:39 /mi | 5:00min/km · 8:03 /mi | 4:00min/km · 6:26 /mi |
|---|---|---|---|---|
| 150 cm · 4′11″ | 166 | 170 | 176 | 184 |
| 155 cm · 5′1″ | 164 | 168 | 174 | 182 |
| 160 cm · 5′3″ | 163 | 167 | 172 | 180 |
| 165 cm · 5′5″ | 161 | 165 | 170 | 178 |
| 170 cm · 5′7″ | 159 | 163 | 168 | 176 |
| 175 cm · 5′9″ | 158 | 161 | 167 | 175 |
| 180 cm · 5′11″ | 156 | 160 | 165 | 173 |
| 185 cm · 6′1″ | 155 | 158 | 163 | 171 |
| 190 cm · 6′3″ | 153 | 157 | 162 | 170 |
| 195 cm · 6′5″ | 152 | 155 | 160 | 168 |
How to measure your cadence
- Use your watch or phone. Most running watches show cadence from the wrist, a chest strap or a foot pod. Look at the average for an easy run on flat ground, not a hilly or interval session.
- Or count it. During a steady run, count every time your right foot lands for 30 seconds. Multiply by 4 to get steps per minute for both feet.
- Compare like with like. Cadence changes with pace, hills, fatigue and shoes. Measure at the pace you entered in the calculator.
How to raise your cadence gradually
Only change your cadence if you have a reason, for example if it is well below the typical range for your pace, or a coach or physiotherapist suggests it. If you do:
- Go up about 5%. If you run at 160 spm, try 168. In a lab study with 45 recreational runners, a 5% increase already reduced the energy absorbed at the knee, and 10% also reduced it at the hip (Heiderscheit et al., 2011). Another study measured about 14% lower peak knee-cap (patellofemoral) force at +10% (Lenhart et al., 2014). These were single lab sessions, not injury studies.
- Keep the same pace. More steps at the same speed means shorter steps. Think “quick, light feet” and landing closer under your body, not “run faster”.
- Use the metronome in short blocks. Start with 1–3 minutes at the new cadence a few times during an easy run, then lengthen the blocks over 2–4 weeks until the new rhythm feels natural.
- Check whether it stuck. Measure again a few weeks later without the metronome, and late in a run, when fatigue tends to pull cadence back down.
Want to see cadence and step timing for every step, not just a run average? See how ReadMyMove reads running form.
How the calculator works
The estimate grows by about 9.5 spm for every metre per second of running speed (about 2.6 spm per 1 km/h), starting from about 158 spm at a 6:40 min/km jog for a 175 cm runner. Height adjusts it slightly: about 5 spm more for a 160 cm runner, about 5 spm less for a 190 cm runner. The “typical range” is ±5% around that value. Step length is speed ÷ cadence; stride length is two steps (left and right).
It is a simplified model built on published ranges, not a validated prediction for you. Your own cadence, measured at your own pace, always beats an estimate.
Frequently asked questions
What is a good running cadence?
There is no single good number. Most recreational runners take roughly 150–180 steps per minute at easy pace, and cadence rises as you run faster. Elite runners in a 100 km race averaged about 182 spm but ranged from about 160 to 210. A good cadence is one that suits your height, pace and running style, and feels comfortable.
Is 180 steps per minute the ideal cadence?
No. The 180 figure comes from coach Jack Daniels' observation of elite runners at racing speed. It was never meant as a target for everyone at every pace. Shorter runners and faster paces tend towards higher cadence, taller runners and slower paces towards lower cadence.
Does height affect running cadence?
A little. Taller runners with longer legs tend to take slightly fewer, longer steps at the same speed. In studies the effect of height is smaller than the effect of speed and much smaller than the differences between individuals of the same height.
Is cadence the same as steps per minute?
Usually yes: cadence is total steps per minute, counting both feet. Some apps and older Garmin and Polar modes show strides per minute (one foot only), which is about half. If your number is around 80–90, double it.
How fast should I increase my cadence?
If you decide to change it, small steps are the usual advice: about 5% at a time, practised in short segments at the same pace, for a few weeks before the next step. In the lab study by Heiderscheit and colleagues, a 5–10% increase already changed loading at the knee and hip. Larger jumps are hard to keep up and can feel awkward.
Will a higher cadence prevent injuries?
That has not been proven. Lab studies show that a higher step rate reduces some joint loads during a single session, but that is not the same as fewer injuries. If you have pain, see a physiotherapist or sports doctor rather than changing your stride on your own.
How accurate is this calculator?
It gives a typical range, not your personal optimum. It is a simple model of how cadence changes with speed and height, built on published ranges. Real runners of the same height and pace can differ by 10 steps per minute or more. Use it as a starting point and check your actual cadence on a watch or by counting.
Related
Sources
- Heiderscheit BC et al. (2011). Effects of step rate manipulation on joint mechanics during running. Med Sci Sports Exerc 43(2):296–302.
- Lenhart RL et al. (2014). Increasing running step rate reduces patellofemoral joint forces. Med Sci Sports Exerc 46(3):557–564.
- Burns GT, Zendler JM, Zernicke RF (2019). Step frequency patterns of elite ultramarathon runners during a 100-km road race. J Appl Physiol (University of Michigan summary).
Educational information for sport and practice, not medical advice. If something hurts, see a qualified professional.
Made by ReadMyMove
See your real cadence, step by step, over the whole run
ReadMyMove is building small motion pods for your pelvis and both calves. They show cadence and step timing for every step of a session, and left versus right next. Join the free waitlist.