Why Is My Running Cadence So Low? Common Causes

A low running cadence — meaning your steps per minute (spm), counting both feet — usually comes down to one of four things: you're overstriding, you're running at an easy or slow pace, you're tall with proportionally long legs, or you've simply never trained your legs to turn over faster. None of these are a diagnosis on their own, and a lower-than-average number isn't automatically a problem.

What counts as a low cadence?

Cadence is the total number of steps you take per minute, left and right foot combined. You can count it by tallying steps for 15 seconds and multiplying by four, or by using a running app. The step-by-step counting method is worth doing at least once so you know your actual number instead of guessing.

Many recreational runners land somewhere between 150 and 165 spm at an easy pace. The commonly cited "optimal" range of roughly 170-180 spm comes from observational research on trained distance runners at moderate-to-fast paces — it's a useful reference point, not a pass/fail line. If you're at 155 spm on an easy jog, that's a tendency worth understanding, not proof something is wrong with your form.

Could overstriding be lowering your cadence?

Overs­triding — landing with your foot noticeably ahead of your hips, with your lower leg reaching out and extended at contact — is one of the more common reasons cadence runs low. When you reach forward with each step, you cover more ground per stride, which means you need fewer, longer strides per minute to hold the same pace. That's arithmetic, not injury by itself, but overstriding also tends to create a harder braking force at landing, since the foot lands out in front of the body's center of mass rather than roughly underneath it.

It's worth being cautious here: research has not established overstriding as the single cause of any particular running injury, and foot-strike pattern on its own hasn't been shown to reliably predict injury risk. What's fair to say is that a reaching, over-extended stride and a low cadence often show up together, and shortening the reach tends to raise cadence somewhat as a side effect. If you want to check whether your specific pattern looks like overstriding, this breakdown of low cadence walks through what to look for on video.

Could you just be running too slowly?

Yes — and this is normal, not a flaw. Cadence naturally drops as pace slows, because at lower effort your stride lengthens and your ground contact relaxes. This is basic gait physiology: slower running doesn't need the same turnover rate as faster running.

Pace (per mile) Typical cadence range (spm)
7:00 ~170-180
8:00 ~165-175
9:00 ~160-170
10:00 or slower ~150-165

These ranges are broad generalizations, not targets to chase — individual runners vary well outside them. But the pattern holds: if you measured your cadence on a slow recovery jog and compared it to a number you saw quoted for tempo pace, you were comparing two different situations. Measure cadence at the pace you actually want to evaluate.

Does height or leg length affect your natural cadence?

Taller runners with proportionally longer legs often have a naturally lower cadence than shorter runners at the same pace, simply because a longer leg is a longer lever — it covers more distance per stride without extra effort. A 6'2" runner and a 5'2" runner running the same 9:00 mile pace will often land at meaningfully different cadences, and that's expected, not a sign the taller runner's form is broken.

This is why chasing a single universal number like "180 spm" regardless of your build isn't good guidance. A more useful approach is to look at your own baseline cadence at a given pace, then ask whether nudging it up modestly — rather than matching someone else's number — feels sustainable and doesn't force an awkward, choppy stride.

How can you gradually raise your cadence without hurting yourself?

If you and a physio or coach have decided a higher cadence is worth pursuing (for comfort, to reduce reaching strides, or because you're returning from injury and want a more compact gait), change it gradually. Jumping cadence up abruptly increases load in unfamiliar ways for your calves, Achilles, and shins.

A common, conservative approach:

A phone-video check can help here too: cadence is the one metric a single side-view video reliably measures, since it's just counting foot strikes over time. An app like StrideIQ can give you a quick cadence read from a video you film yourself, which is useful for tracking whether your metronome sessions are actually moving the number — though it's not a substitute for an in-person gait assessment if you're dealing with pain or a specific mechanical issue.

Go slowly. Most coaches suggest no more than roughly 5-10% cadence increase per week of adaptation, and plenty of runners never need to change cadence at all if they're running comfortably and without recurring injury.

What can't a cadence number tell you?

Cadence is one data point, and by itself it doesn't tell you whether your form is "good" or whether you're at risk of injury. A phone video can count your steps per minute with reasonable confidence, but it can't reliably measure ground contact time, vertical oscillation, or precise joint angles — those need high-speed or multi-camera capture to be trustworthy, and a phone's estimate of them should be treated as a rough indicator, not a lab-grade number.

The evidence connecting cadence changes to injury reduction is genuinely mixed. Some studies show that modestly increasing cadence reduces certain loading measures at the knee; others find no consistent injury benefit across runners. There's no single "correct" cadence that applies to everyone, and a low number on its own isn't a red flag.

If you're dealing with recurring pain, a persistent limp, or an injury that isn't resolving, a cadence app or a blog post can't replace an in-person evaluation. See a physical therapist or sports medicine physician for a proper gait assessment, and consider a formal gait lab if you want detailed force and motion data. Self-filming and cadence tracking are useful for general awareness — they're not a diagnosis or a treatment plan.

Frequently Asked Questions

Is a cadence of 150-160 spm bad?

Not necessarily. It's below the commonly cited 170-180 spm range, but that range comes from studies on trained runners at moderate-to-fast paces. If you're running easy or you're tall with long legs, 150-160 spm can be entirely normal.

Will raising my cadence make me faster?

Not automatically. Cadence is one factor in pace along with stride length; some runners find a modest cadence increase improves comfort or efficiency, but research doesn't show a universal speed benefit, and evidence linking cadence changes to injury reduction is mixed.

How much should I increase my cadence at once?

Most coaches suggest small, gradual increases — roughly 3-5% at a time, held for a week or two before adjusting again — rather than jumping straight to a target number like 180 spm.

Can a phone video accurately measure my cadence?

Yes, reasonably well. Cadence is essentially a step count over time, which a phone side-view video can capture reliably. Metrics like ground contact time or vertical oscillation are far less reliable from a single phone video.

Should I worry if my cadence doesn't match my running partner's?

No. Height, leg length, and pace all affect natural cadence. Comparing your number to a taller or faster partner's isn't a useful benchmark — track your own cadence over time instead.

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