Gear-obsessed editors choose every product we review. We may earn commission if you buy from a link. How we test gear.

What Should Your Ideal Cycling Cadence Really Be?

A recent study gives one number, but experts believe your answers to two simple questions can give you a better benchmark instead.

cycling cadence
Brian Barnhart
  • According to research published in Medicine & Science in Sports & Exercise in 2019, pedaling at a cadence of about 80 rpm lets riders produce high amounts of power without losing efficiency, which they often do at higher cadences.
  • Ideal cadence is highly variable, however, and depends on muscle fiber type, cycling experience, and cardiovascular fitness.
  • Training yourself to be more comfortable at higher cadences can help spare muscle glycogen and prevent fatigue during longer rides.

    The act of pedaling a bike is really pretty simple. Figuring out the ideal cycling cadence for peak performance? Far less so, if the ever-growing body of research on pedaling cadence is any indication.

    In 2019, a team of British researchers found that amateur riders don’t get any added benefit from high cadence cycling. In fact, they found the opposite: Forcing their legs to spin artificially rapid circles made their heart rate soar and efficiency drop. They were just wasting energy.

    Similarly, in research published in Medicine & Science in Sports & Exercise, scientists at the University of Queensland in Australia set out to determine the most efficient cadence— where the cycling muscles are producing high, sustainable power—for amateur riders.

    To do so, they had 14 recreational riders pedal at constant power output of 2.5 watts per kilogram, about 183 watts on average, at cadences of 40, 60, 80, and 100, and then at the cadence of their choosing. The researchers measured what muscles were being used, how hard they were working, and how many calories the riders were burning (a.k.a. metabolic cost).

    In the end, the volunteers used the least energy pedaling at 60 rpm, but preferred an average cadence of 81 rpm. A cadence of about 80 rpm also appeared to be the sweet spot where their vastus lateralis—one of the primary cycling quadriceps muscles—produced maximum power without wasting energy, making it an efficient, sustainable cadence.

    CLIMB! Conquer Hills, Get Lean, and Elevate Every Ride

    So is 80 rpm the new optimum cycling cadence? Maybe for pedaling in the lab with a bunch of sensors attached to you. But not necessarily in the real world, where myriad factors determine your perfect pedaling pace, said Hunter Allen, CEO of Peaks Coaching Group, and author or Training and Racing with a Power Meter, who tracks this stuff for a living.

    Cadence is largely dependent on two things: your main muscle fiber type and your level of cardiovascular cycling fitness, Allen explained. The balance of those factors (which, of course, can change over time) determine your ideal cadence.

    To find yours, start by determining your predominant muscle type and cycling fitness.

    This content is imported from {embed-name}. You may be able to find the same content in another format, or you may be able to find more information, at their web site.

    If your bulging quads make it hard to find pants and you gain muscle easily in the gym, you can expect to be more comfortable on the lower end of the cadence spectrum, because you have more muscle to push with. If you don’t build muscle easily or are on the leaner side, you’ll prefer to pedal faster with less force per pedal stroke to do the same work.

    This content is imported from {embed-name}. You may be able to find the same content in another format, or you may be able to find more information, at their web site.

    If you’re new to the sport or not in your best cycling shape right now, you will pedal more slowly because your cardiovascular system can’t handle the higher heart rate that comes with high cadences, and will prefer to rely more on your muscle strength. As you get fitter, you will tend to shift the work to your cardiovascular system and therefore pedal more quickly, Allen said.

    “When my riders are peaking, they always pedal about 3 to 8 rpm faster than the rest of the year,” he said.

      Pulling it all together, the ideal pedaling cadences for each types of riders shake out like this, according to Allen.

      • Fast Twitch/Less Cycling Fit: Your preferred pedaling cadence is definitely slower, likely in the 75 to 85 rpm range.
      • Fast Twitch/More Cycling Fit: You’ll be more efficient in a moderate cadence range, about 85 to 90 rpm.
      • Slow Twitch/Less Cycling Fit: Your preferred cadence will be in the moderate range of 85 to 90 rpm.
      • Slow Twitch/More Cycling Fit: You’ll be more efficient at the higher end of the pedaling cadence spectrum: 95+ rpm.

        As a living illustration of the fluidity of optimum cadence, Allen points to Lance Armstrong, the rider who (aside from the PED scandals) ushered in the era of spinning high cadences in excess of 90 rpms.

        “In Lance’s case, what everyone overlooks is that before cancer, the dude had muscles. Just look at some pictures of him before cancer,” Allen said. “He pedaled at 85 rpm a lot. He could muscle the gear and he had the cardiovascular system to handle the load. After cancer, he lost about 35 pounds of muscle. So he no longer had the muscles to push hard on the pedals, but still had the huge engine, so he had to pedal fast to generate power.”

        It’s also important to remember that lower cadences—less than 85 rpm—require more force, which means your muscles may fatigue faster and you also use more glycogen, Allen said.

        So motoring along at 80 rpm is fine if you’re doing shorter events of no more than about 2.5 hours. But if the events you like to do are longer than that, it’s worth training yourself to pedal at a little higher cadence to help spare your glycogen stores and prevent your legs from fatiguing before you reach the end.

        This content is created and maintained by a third party, and imported onto this page to help users provide their email addresses. You may be able to find more information about this and similar content at
        Advertisement - Continue Reading Below
        More From Training Plans