Is Your Running Cadence Too Low? How to Tell

What counts as a "low" running cadence?

Cadence — also called step rate — is the number of steps you take per minute, counting both feet. For most recreational runners, cadence below roughly 160 steps per minute (spm) during easy-paced running is generally considered on the low end, and it's the zone where overstriding tends to show up. The number commonly cited as a comfortable working range for adult recreational runners is around 170–180 spm, though that range is a rough guideline, not a rule.

Context matters more than the raw number. Elite distance runners often sit in the upper 180s to low 190s at race pace. A tall runner jogging an easy recovery mile might comfortably run at 155 spm with no mechanical problem at all. There is no single cadence that is "correct" for every runner — height, leg length, pace, and running experience all shift where your natural number lands.

What are the signs your cadence might be too low?

Two things tend to show up together with a low cadence: overstriding and a loud landing.

Overstriding means your foot lands well out in front of your hips (your center of mass) with each step, rather than closer underneath you. Cadences below about 160 spm often coincide with overstriding, because taking fewer, longer steps at a given pace usually means each stride has to reach farther forward to cover the same ground. The farther that foot lands ahead of your hips, the more it acts like a brake with each step — see what braking force in running actually means for more on why that matters.

A loud, audible slap or thud on landing is often — though not always — a byproduct of the same pattern: a longer stride landing with the leg more extended and less "give" in the ankle and knee to absorb the impact softly. If you notice this only in the last stretch of a run rather than throughout, that's a related but different issue — see why cadence drops at the end of a run.

Neither sign alone confirms a problem. A quiet, controlled landing at 158 spm can be perfectly fine; a loud one at 175 spm can still happen. They're clues worth checking, not a diagnosis.

Does a low cadence actually cause injury?

Running injuries are common at almost any cadence: depending on how researchers define "runner" and "injury," studies estimate that somewhere between 50% and 80% of runners experience an injury in a given year. Cadence is one of many variables that researchers have studied as a possible contributor, alongside training load, footwear, prior injury history, and overall mileage.

Some experimental work — notably research from the University of Wisconsin published in the Journal of Orthopaedic & Sports Physical Therapy — found that increasing cadence by 5–10% above a runner's habitual rate reduced impact loading and mechanical work at the hip and knee in that study's participants. That's useful evidence, but it's a within-subject lab finding, not proof that a low cadence causes injury for any given individual. Frame it as a tendency worth being aware of, not a certain diagnosis.

Cadence is sometimes discussed as one factor in managing Achilles-related pain — see cadence and Achilles tendinopathy — but any cadence change made in response to pain should be treated as general guidance, not a treatment plan. If you're dealing with ongoing knee, shin, or Achilles pain, a physiotherapist or sports medicine doctor can assess your specific mechanics and history; this article can't do that.

How do you measure your own cadence?

The simplest method needs no equipment: count how many times one foot strikes the ground over 20 seconds during a steady, easy run, multiply by 3, then multiply by 2 for both feet. Most GPS running watches and many phones also estimate cadence automatically using the accelerometer, and these tend to be reasonably accurate for average cadence over a run, though they can smooth out moment-to-moment variation.

Cadence is also the one biomechanical measure that a single phone-camera video can estimate fairly reliably, since it only requires counting footstrikes over a known time window — it doesn't depend on inferring joint angles or precise ground-contact time from a side-on video, which phone footage estimates with much lower confidence. Apps like StrideIQ use this to give a quick cadence and general form check from a short clip; that's a reasonable way to spot-check yourself between runs, but it isn't a substitute for an in-person gait assessment or physio evaluation if you're dealing with pain.

When is a lower cadence actually fine?

A cadence in the 150s or low 160s can be entirely appropriate in a few common situations: recovery runs and walk-run intervals naturally run slower and lower; taller runners with longer legs cover the same distance in fewer, longer strides at any given pace; and there's evidence your habitual cadence has some individual variation. See is running cadence genetic for more on why some runners settle into a lower or higher natural rate than others without any mechanical problem.

The better questions than "is my number low" are: does your foot land close to underneath your hips rather than far in front, is the landing reasonably quiet and controlled, and are you pain-free? If all three are true, a cadence some calculators call "low" may not need fixing at all.

Cadence range (spm, easy pace) What it often means What to check
Below 150 More likely to include overstriding and a heavier landing at moderate paces Foot-strike position relative to hips, any pain
150–165 Can be normal for recovery pace or taller runners; worth a look if it's also your faster-pace number Whether it changes much with pace, comfort level
165–180 Common working range for many recreational runners Generally no action needed if pain-free
Above 180 Typical of faster training paces and many competitive runners Not required for recreational running

What can cadence numbers or a phone video NOT tell you?

Cadence is a useful, easily measured number, but it's only one piece of running mechanics. A phone video, even a good side-view one, gives a reasonably confident cadence count but only a rough estimate of things like ground-contact time, vertical oscillation, or actual joint angles at the knee and hip — those need high-speed or multi-camera capture and trained interpretation to measure with any precision. Treat single-video estimates of those metrics as directional, not lab-grade.

Form work is also not a cure-all. The evidence connecting foot strike pattern, cadence, or other form variables to injury risk is genuinely mixed in the research literature — some studies show benefits from cadence adjustments in specific injured populations, others find no consistent injury-reduction effect across general runners. Nobody can promise that changing your cadence will prevent or fix an injury.

If you have ongoing pain, a video or app-based check is not a diagnosis. See a physiotherapist or sports medicine doctor for a hands-on assessment, and consider an in-person gait lab if you want detailed, multi-angle biomechanical data that a phone simply can't capture.

Frequently Asked Questions

Is a cadence of 160 spm too slow?

Not necessarily. 160 spm is on the lower end of the commonly cited 170–180 spm range, but it can be completely normal for an easy or recovery run, or for a taller runner at any pace. Check foot-strike position and comfort rather than the number alone.

Will raising my cadence fix overstriding?

Often, yes to some degree — taking slightly quicker, shorter steps tends to bring your foot-strike closer underneath your hips. But cadence and overstriding aren't perfectly linked, and evidence that this reduces injury risk is mixed, so treat it as one adjustment to try gradually, not a guaranteed fix.

How accurate is GPS watch cadence data?

Reasonably accurate for average cadence over a run, since it's derived from accelerometer step-counting. It's generally reliable enough for tracking trends over weeks, though it can smooth over short bursts of variation within a run.

How fast should I change my cadence if I want to increase it?

Most coaches and physios suggest small increases — around 5% above your habitual cadence at a time — over several weeks, rather than jumping straight to 180 spm. Large sudden changes can shift load onto different tissues before they've adapted.

Can a phone video tell me my exact cadence?

It can give a fairly reliable estimate, since cadence only requires counting footstrikes over a timed clip — it's the metric single-camera video handles best. It won't reliably measure ground-contact time or precise joint angles, which need higher-speed or multi-camera setups.

Sources