In today's digital running era, runners pay attention to an increasingly comprehensive set of running metrics—pace, heart rate, cadence, stride length, ground contact time, and so on.，As a result, many runners have developed an extra layer of anxiety: why is my cadence only...160Do you really have to go to the so-called...180 / 185 of“Golden cadence”What counts as correct?
Actually,For recreational runners, it's more suitable.“Correct.”More importantlyBlindly pursuing a higher cadence not only fails to improve athletic performance, but can disrupt an athlete's rhythm and even increase the risk of injury.
“180 HuangGolden Cadence”can be traced back to1984 At the Los Angeles Olympic Games that year, American running coach and exercise physiologist Jack.·DannyErsi (Jack Daniels) is atObserving elite long-distance runners during competition...At present, many athletes' step frequency can reach180 steps/per minute (hereafter abbreviated as cadence 180), or even higher.
Later, as Daniels' Running Formula became more widely known,"cadence 180”was gradually understood by many runners as“the ideal cadence”or“the golden cadence”。
However, most people overlook a key issue,the subjects Daniels observed were“elite long-distance runners on the Olympic stage”. These athletes typically race at paces under 3 minutes per kilometer; they possess exceptional cardiovascular and muscular strength. At such extreme competitive paces,a cadence of 180 or higher is therefore the inevitable result of maintaining high-speed running.
Therefore, directly applying this figure to all recreational runners — especially during easy runs, recovery runs, or novice training — is logically incorrect.
For a beginner who normally runs at about a 7:00-per-kilometer pace, if they force their cadence to remainat 180, they will often excessively shorten their stride, make their movements choppy, and experience rapid increases in breathing and heart rate. This not only fails to improve running efficiency but actually disrupts their natural running rhythm.
Although recreational runners do not need to forcibly pursue180 steps/per minute, this does not mean cadence is an unimportant metric. On the contrary, paying reasonable attention to cadence helps us understand our running rhythm and reduces the injury risk caused by overstriding.
Running speed can be simply understood as: speed= Stride length× Cadence. In other words, at the same pace there is a trade-off between cadence and stride length. When cadence is low, if a runner still wants to maintain the same speed they must do so by increasing stride length.
This is the common "overstriding"”running style, especially when cadence has long been below150 steps/per minute, and the runner is trying to sustain a faster pace, the body easily and unconsciously extends the foot ahead of the center of mass, creating a pronounced braking action. This style often causes many problems.
First, the landing point tends to be too far forward.In an ideal running posture the foot should normally land beneath or just slightly in front of the body's center of mass, allowing the body to more smoothly complete support, shock absorption, and the forward roll. But if the stride is too long the foot will clearly land ahead of the body, and at the moment of contact the heel is more likely to smash into the ground.
Second, impact per landing increases.When the foot lands well ahead of the center of mass, the lower limb has difficulty providing effective elastic buffering, and ground reaction forces are more easily transmitted up through the lower leg, the knee and the hip. Over time this can increase the risk of common running injuries such as medial tibial stress syndrome, patellofemoral pain, and iliotibial band syndrome.
Excessive overstriding also produces a noticeable braking effect.Each time the foot lands in front of the body, it's like stepping on your own“brake”. Runners not only have to propel their body forward, they also must overcome this additional backward braking force. The result is running becomes more effortful, movements heavier, and efficiency lower.
Therefore, we pay attention to cadence not to chase a particular number, but to use cadence to examine whether our running form is too sluggish, whether stride length is too large, or whether the landing point is too far forward.
For many recreational runners, moderately increasing cadence can help naturally shorten the stride, bring the landing point closer under the center of mass, thereby reducing the feeling of braking, lowering impact per landing, and making running easier and more continuous.
Since180 is not an absolute standard, how should a reasonable cadence be judged? The key is to consider the following four factors.
First: height and leg length.Generally, taller runners with longer legs tend to have a larger stride length and may have a relatively lower cadence; smaller runners with relatively shorter legs are more likely to maintain rhythm through a higher cadence. This requires1 m90 and1 m60 runners, at the same easy-run pace, both running to180, which doesn't account for individual differences.
Second is pace.The faster you run, the more the body typically needs a higher cadence and a more powerful stride to increase speed. For recreational runners,6 min30 s or even slower easy runs, cadence160-165 may be a relatively natural state; when pace increases to tempo runs or intervals, cadence will often naturally rise to170 or above, even approaching or exceeding180。
Third is strength and neuromuscular coordination.Increasing cadence means the body must complete lifting the leg, swinging, landing, support and toe-off in a shorter time. If beginners lack strength or have unstable running form, forcing a higher cadence can instead lead to shoulder hunching, choppy steps, a floating feeling underfoot, disrupted breathing and other issues.
Fourth is fatigue level.In the later stages of long training sessions or races, as muscle fatigue increases and core stability declines, many runners experience a drop in cadence, shorter stride length, and longer ground contact time. Therefore, cadence not only reflects running rhythm but also indicates the body's control across different distances and fatigue states.
For most beginner runners, a cadence160-175 can serve as a relatively reasonable reference range. This is not a rigid standard but a window to help runners observe their running condition. If, when running in this range, you feel relaxed, breathing is steady, and there's no obvious braking at footstrike, then there's no need to worry excessively aboutcadencewhether it reaches180。
However, if your cadence remains consistently below150, even approaching 140, you should pay attention. Thisisa signthat youhave issues like overstriding, landing too far in front, or excessive ground contact time. Especially when your pace isn't fast but you often feel pronounced impact in the knees, calves, or hips, adjusting your running form becomes particularly important.
Cadence adjustment should be a gradual process, not an overnight fix. Directly raising cadence from155 up to 180, the body often struggles to adapt; a more sensible approach is:
Make small adjustments each time，It's recommended to increase by3-5 steps per minute each time, giving the body a few weeks to gradually adapt to the new rhythm.
Actively shorten your stride，The essence of adjusting cadence is often"bringing the stride back". During easy runs, shift your attention from "how fast do I want to run" to "where do my feet land." Maintain your current pace but make each step slightly shorter so the foot lands as much as possible under your center of mass, rather than far out in front. Once stride length shortens naturally, cadence will usuallyincrease.
Focus on"light landings and quick take-offs”，For runners with low cadence and pronounced overstriding,the transitionPushing hard off the ground can make your movement stiff., you shouldlightly touch down with the forefoot and quickly leave the ground, reducing ground contact time.，When ground contact time shortens and braking is reduced, increasing cadence will feel more natural.
Strength-training support，Raising cadence requires core stability, glute strength, and elasticity in the calves and Achilles as a foundation.In daily training you can add glute bridges, squats, lunges, calf raises, jump rope and high-knees — start with low load and correct form. After your body's supporting capacity improves, raising cadencewillbe safer.。
When you focus on training, strength development and running form control, the cadence that suits you will often emerge naturally，rather thanbeing the result of "stepping to a beat."
For new runners, the truly important thing is not blindly chasingcadence180, but first finding a stable, comfortable and sustainable running rhythm. Cadence160–175 can be used as a reference, but the ultimate measure should come back to how it feels, your running form quality and your training goals.
Text：Paoye / Editor：xiaocai
