Running Cadence: What's Good, and How to Increase It

By Cristian Serb · Updated September 18, 2026

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A good running cadence is not a fixed number. It scales with your height and your speed, and the target the research supports is relative: about 5 to 10 percent above your own current step rate, which reduces loading at the knee and hip. The famous 180 steps per minute comes from elite runners racing, not from recreational runners on an easy run.

Cadence is the most over-prescribed number in running. This guide covers what it actually is, what the research shows changing it does, where 180 came from, and how to raise yours without wrecking your stride.

What Is Running Cadence?

Cadence is how many steps you take per minute, counting both feet, written as spm. It is one of the two factors that make up your speed:

Pace = cadence × stride length

That equation is the whole reason cadence matters and also the reason it is so often misunderstood. You can raise cadence and get no faster at all, if your stride shortens by the same proportion. Cadence work is not primarily a speed intervention. It changes how you cover the ground, not how fast.

Most recreational runners sit somewhere between 155 and 185 spm at easy pace. Your own number rises naturally as you speed up, which is why a cadence measured on a easy run and one measured in a race are not comparable.

What Is a Good Running Cadence?

The honest answer: the one that is right for your body at the speed you are running. Three things move it, none of which you control by wishing:

Because of that, a target table by age or ability would be misleading, and you should be suspicious of any article that gives you one. What the evidence supports instead is a relative target: if you want the benefits below, aim about 5 to 10 percent above your own current cadence. For a runner currently at 160 spm, that is 168 to 176. For one at 175, it is 184 to 192.

The 180 Steps Per Minute Myth

The number is real, but it has been badly misread for forty years.

Coach Jack Daniels counted the step rates of elite distance runners at the 1984 Olympics and found that almost all of them were running above 180 spm. That is an accurate observation. What it is not is a prescription. Those were elite athletes, at race pace, at the top of the sport. Reading it as "every runner should hit 180" applies an elite racing observation to a recreational easy run, which is a different athlete moving at a different speed.

The practical harm is real: a runner at 155 spm who forces 180 overnight is making a 16 percent change to a deeply grooved movement pattern, which usually produces a choppy, tense stride and sometimes a new injury. The research below tested 5 and 10 percent changes for a reason.

What Changing Your Cadence Actually Does

This is where the evidence is genuinely good. Researchers took 45 healthy recreational runners on a treadmill at constant speed and manipulated their step rate to their preferred rate, plus and minus 5 percent, and plus and minus 10 percent (Heiderscheit et al., 2011):

• Increasing step rate by 5 and 10 percent reduced the mechanical energy absorbed at the knee
• The 10 percent increase also reduced energy absorbed at the hip, along with peak hip adduction angle and internal rotation moments
• Decreasing preferred step rate by 10 percent substantially increased energy absorption at all joints
• Step length, vertical movement of the centre of mass, and braking all fell as step rate rose

A systematic review of ten studies reached the same conclusion: increased stride rate consistently reduces vertical movement, ground reaction force and the energy absorbed at hip, knee and ankle (Schubert et al., 2014).

Note what this does and does not say. It is biomechanics measured in a lab: loading goes down. It is a reasonable inference that lower loading means fewer overuse injuries, and cadence retraining is widely used in exactly that way for runner's knee and shin problems. But that is a plausible mechanism, not a demonstrated reduction in injury rates. Anyone telling you cadence definitely prevents injuries is ahead of the evidence.

How to Measure Your Cadence

• Watch or phone. Any modern running watch records cadence per run. Use your average from an easy run, not a race.
• Count manually. Count right-foot strikes for 30 seconds, multiply by 4. That gives steps per minute for both feet.
• Measure repeatedly. Take the average across several easy runs at similar pace. One run tells you little, since terrain and fatigue both shift it.

Record your baseline before you change anything. The whole method depends on knowing your own starting number.

How to Increase Your Running Cadence

Target 5 to 10 percent above your baseline, not a number off the internet.

• Use a metronome or a playlist at your target spm. A free metronome app works; so does music matched to the beat.
• Work in short blocks. Start with 1 to 2 minutes at the target inside an easy run, repeated a handful of times, and build the duration over weeks.
• Think quicker and lighter, not longer. The cue that works for most people is taking faster, softer steps and letting the foot land closer to under the hip, rather than reaching out in front.
• Keep it on easy runs first. Do not debut a new stride pattern in a hard interval session or a tempo run.
• Give it weeks. You are editing a pattern you have repeated hundreds of thousands of times. Expect the new cadence to feel unnatural for a while, then to stop feeling like anything.

When Not to Change Your Cadence

Cadence retraining is a tool for a problem, not routine maintenance. Leave it alone if:

• You are running without pain and without recurring injuries. A cadence that is unusual on paper but working is not broken.
• You are tall. A lower cadence at a given pace is expected with longer legs, not a fault to correct.
• You are in a hard training block or close to a race. Changing mechanics costs coordination and adds fatigue; do it in an easy phase.
• Your real goal is speed. Cadence will not deliver it. Speed comes from a higher VO2 max and a higher lactate threshold, which is what how to run faster covers. Work out your current paces with the running pace calculator.

Frequently Asked Questions

What is running cadence?

How many steps you take per minute, counting both feet. It is one half of your speed: pace equals cadence times stride length. Most recreational runners are between 155 and 185 spm at easy pace, and cadence rises naturally as you run faster.

What is a good running cadence?

There is no single good number; it scales with height, leg length and speed. The target the research supports is relative: roughly 5 to 10 percent above your own current cadence. For many recreational runners that lands in the 170s at easy pace, but a tall runner at 165 may be perfectly efficient.

Is 180 steps per minute the ideal cadence?

No. It comes from Jack Daniels counting elite distance runners at the 1984 Olympics, nearly all of whom were above 180 while racing. That is an observation about elite athletes at race pace, not a rule for a recreational easy run.

Does increasing cadence reduce injury risk?

The biomechanics point that way. Raising step rate 5 to 10 percent reduces energy absorbed at the knee, and 10 percent also reduces hip loading. Lower loading is a plausible route to fewer overuse injuries, but it is a mechanism, not proof of reduced injury rates.

How do I increase my running cadence?

Measure your baseline, then aim 5 to 10 percent higher using a metronome or matched playlist. Work in short blocks inside easy runs and build up. Think quicker and lighter rather than reaching further. Allow several weeks.

Does a higher cadence make you faster?

Not directly. Speed is cadence times stride length, so a higher cadence with a shorter stride leaves pace unchanged. Getting faster comes from a bigger aerobic engine and a higher threshold.

Does cadence depend on height?

Yes. Taller runners with longer legs tend to run at a lower cadence at the same speed, because each stride covers more ground. That is one reason a universal target is unhelpful.

References

1. Heiderscheit BC, Chumanov ES, Michalski MP, Wille CM, Ryan MB. Effects of step rate manipulation on joint mechanics during running. Med Sci Sports Exerc. 2011;43(2):296-302. PubMed
2. Schubert AG, Kempf J, Heiderscheit BC. Influence of stride frequency and length on running mechanics: a systematic review. Sports Health. 2014;6(3):210-217. PubMed
3. Lenhart RL, Thelen DG, Wille CM, Chumanov ES, Heiderscheit BC. Increasing running step rate reduces patellofemoral joint forces. Med Sci Sports Exerc. 2014;46(3):557-564. PubMed