Cadence is simply how many steps you take per minute while running (measured in steps per minute, or SPM) or how many times you turn the pedals per minute while cycling (measured in revolutions per minute, or RPM). You can measure it with nothing more than a stopwatch and the ability to count, or you can use a wearable device or sensor that tracks it automatically. Here’s how each method works and what the numbers actually mean.
The Manual Counting Method
The simplest way to measure cadence requires zero equipment. For running, count the number of times your right foot hits the ground over 60 seconds, then multiply by two. If counting for a full minute feels awkward mid-run, count right-foot strikes for 30 seconds and multiply by four. Some runners find it easier to count every footfall for 15 seconds and multiply by four, though a longer counting window gives you a more accurate average.
For cycling, count the number of times one knee rises over 30 seconds, then double it. That gives you your RPM. You can also watch one pedal and count full rotations. The key is picking a consistent point in the pedal stroke to count so you don’t lose track.
Using a Wearable or Bike Sensor
Most GPS running watches and many fitness trackers report cadence automatically using built-in accelerometers. If you own a running watch from Garmin, Apple, COROS, or Polar, cadence likely appears as a real-time metric or in your post-run summary. Foot pods that clip to your shoe can also track cadence and tend to be slightly more accurate than wrist-based sensors, especially on a treadmill where GPS isn’t involved.
For cycling, dedicated cadence sensors attach to your crank arm and transmit data to a bike computer or phone app. Older models relied on a magnet mounted on the crank and a sensor on the frame, which required careful alignment. Newer magnetless sensors use accelerometer technology instead. You simply mount the sensor on the non-drive-side crank arm, and it detects the rotation pattern on its own. These sensors broadcast over Bluetooth and ANT+, so they pair with most bike computers and cycling apps.
Measuring Cadence From Video
If you want precise cadence data for gait analysis or rehab purposes, video offers a reliable option. Record yourself walking or running with a camera that has a known frame rate (most smartphone slow-motion modes shoot at 120 or 240 frames per second). Then count the number of steps taken during a measured segment. The core formula is straightforward: divide the number of steps by the elapsed time in seconds, then multiply by 60. For example, if you take 6 steps in 3.2 seconds, your cadence is (6 ÷ 3.2) × 60 = 112.5 steps per minute. Using video lets you pinpoint the exact frame where each foot contacts the ground, which eliminates the timing errors that come with manual stopwatch counts.
What’s a Good Running Cadence?
You may have heard that 180 steps per minute is the magic number. That idea traces back to running coach Jack Daniels, who noticed at the 1984 Olympics that nearly every runner was hitting 180 SPM or higher. Over time, this observation hardened into a rule. But it’s misleading for most people. Those were elite Olympic athletes running at race pace. Recreational runners naturally land somewhere between 150 and 170 SPM, and that’s perfectly fine.
What the research does support is that a higher cadence reduces stress on your knees and hips, decreases the braking force of each footstrike, and improves efficiency. But the recommended approach isn’t to chase 180. Instead, increase your current cadence by 5 to 10 percent. If you normally run at 160 SPM, aim for 168 to 176. That range is enough to capture the joint-protection and efficiency benefits without spiking your energy cost or feeling unnatural. Gradual improvement also lowers your risk of injury from suddenly changing your gait.
A metronome app is one of the easiest training tools for this. Set it to your target cadence and try to match your footstrikes to the beat during short intervals, then gradually extend the duration as the rhythm feels more natural.
What’s a Good Cycling Cadence?
Optimal cycling cadence is less settled than you might expect. Lab studies have produced recommended ranges as low as 30 to 60 RPM and as high as 90 to 105 RPM, depending on the study design and fitness level of participants. In practice, most recreational cyclists pedal comfortably between 70 and 90 RPM, while professional road cyclists often push above 90.
A field study that tracked individual riders found their optimal cadences were 70 and 83 RPM, closely matching what those riders naturally preferred. Straying 20 RPM above or below your personal optimum costs roughly 6 percent of your power output. Very high cadences become inefficient because of the energy needed to move your legs quickly and stabilize your upper body. Very low cadences force your muscles to grind through each pedal stroke with more force, which fatigues them faster.
The practical takeaway: your self-selected cadence is probably close to your optimum. If you want to fine-tune it, measure your current RPM, then experiment a few revolutions higher or lower during training rides and see how your power and perceived effort respond.
Picking the Right Method
Your choice depends on how precise you need to be and how often you want the data. For a quick check during a single run or ride, manual counting works perfectly. For ongoing tracking across every workout, a wearable or sensor saves you the mental effort and logs the data automatically so you can spot trends over weeks. Video analysis is overkill for casual training but valuable if you’re recovering from an injury or working with a physical therapist on gait mechanics.
Whichever method you use, measure cadence at different paces. Your cadence naturally rises as you speed up, so a single number from one easy jog or flat ride won’t represent your full range. Knowing your cadence at easy, moderate, and hard efforts gives you a baseline you can actually train against.