Long Read

The Role of Cadence in Running Pace

by Jan Esser | 10 mins

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From speed and endurance to strength, several components will be taken into consideration in improving running performance. Yet, among them all, cadence-the steps a runner can take in a minute-is more often overlooked. Cadence provides the maximum speed and overall ability during running. Knowing and optimizing your cadence will translate into better performance, reduced injury risk, and, all in all, more fun running. The focus of this article is how step rate impacts running efficiency and offering tips to find your optimal cadence.

What is Cadence?

Defining Cadence

Cadence, also referred to as "step rate", is the steps one makes within a minute. This is normally expressed in terms of steps per minute. For instance, a cadence of 180 SPM would imply that a runner makes 180 steps in one minute and an average of 90 steps per leg.

Importance of Cadence in Running

Cadence forms the integral part of running mechanics. It tends to have a ripple effect in changing your running form in terms of stride length, ground contact time and overall energy expenditure. The right cadence will keep the pace efficient and maintainable in a run, making it effective by use of much less tension in the body.

Cadence and Running Efficiency

1. Running Economy

Running economy is how much energy a runner uses at a given pace. The higher your running economy, the less energy you use to maintain the same speed. Cadence will greatly affect your running economy because it will alter your biomechanics:

  • Shorter Ground Contact Time: A higher cadence means your foot will spend less time in contact with the ground, hence encouraging a more efficient transfer of energy with as minimal dissipation of energy in each stride as possible.
  • Lower Vertical Oscillation: High cadence encourages more horizontal movement of the body at the expense of useless oscillations up and down, hence economizing energy.

2. Injury Prevention

Poor cadence provides overstriding, which is the condition when the foot hits too far forward from the body. Overstriding allows larger braking forces during each step, which in turn increases impact loads on joints and muscles, thus providing a higher incidence of injury such as shin splints, pain in the knees, and plantar fasciitis.

  • Optimal Cadence Reduces Overstriding: The higher the cadence, the closer to the body's center of mass the feet will be upon landing, hence, reduced overstriding and improved form.

3. Improved Stride Length and Frequency

Cadence is inversely related to stride length. By increasing cadence, runners naturally shorten their stride length. This combination of shorter, quicker steps leads to:

  • Increased Propulsion: More frequent strides produce constant forward momentum.
  • Increased Stability: Smaller steps would mean increased balance, hence fewer chances of tripping over and falling.

4. Improved Muscle Economy

Increased stride rate could be translated into more efficient improvements in muscle activity. Taking more steps to generate less force in each step optimizes the function of the muscles, slows down muscle fatigue and is able to maintain running performance longer.

Finding Your Optimal Cadence

1. Calculate Your Current Cadence

You need to first know what your original or base cadence is before you could make an alteration. Here's how you can calculate:

  • Using Stopwatch and Step Counting:

    • Run at your normal pace for 1 minute.
    • Count the number of times your right foot hits the ground.
    • Multiply by two to get your total steps per minute.
  • Wearable Technology:

    • Many GPS watches and fitness trackers measure your cadence automatically.
    • Those include Garmin Connect and Strava of which can be used to monitor cadence when synchronized with compatible devices.

2. Finding Your Cadence

While there is no single universally optimal cadence, research does prove that for most runners, the best cadence lies in the range of 170 to 180 steps per minute. Among elite runners, cadences are often around 180 SPM, but it would be at different scales due to physiology and form.

3. Make Gradual Changes to Your Cadence

Changes in cadence that are too sudden result in muscle soreness or injury. It is necessary that changes be made gradually:

  • Increase Cadence by 5%:

    • In case you are doing 160 SPM now, try to get that up to about 168 SPM to start with.
  • Use a Metronome or Cadence App:

    • Set up a metronome or an application which plays beats at your target cadence and focus on setting this new step rate in.
  • Focus on Light, Quick Steps:

    • Avoid forcing a quicker, shorter stride; allow your body to naturally readjust.

Benefits of Optimal Cadence

1. Performance Improvement

Optimal cadence means the energy will be utilized at an effective rate where you can maintain a higher pace without needing to increase the rate of effort. It would be useful, for example, in races where you can save your energy for those moments and still manage to put on a good performance.

2. Lower Injury Risk

Optimal cadence minimizes overstriding and excessive impact forces, greatly reducing the risk of common running injuries. Cadence training with consistency serves to strengthen the muscles and connective tissues, making them more resilient against the continuous stresses of running.

3. Improved Endurance

Good form while running, which is aided by optimal cadence, will conserve energy and let you go longer distances without being as fatigued. That is particularly helpful for ultra-distance events, such as marathons or triathlons.

4. Improved Running Form

The increased cadence promotes better posture and more fluid arm swings, thus giving a smoother and more effective running posture. This again can enhance your running pace and distribute the workload away from specific muscle groups.

How to Improve Your Cadence

1. Incorporation of Cadence Drills

  • Strides: Run with short, controlled sprints while focusing on quickening your steps.
  • High-Knee Drills: Higher than usual knee lift while running to quicken leg turnover.
  • Butt Kicks: Pay attention to the high bringing up of the heels toward the glutes for quick legs.

2. Using Music and Metronomes

Obviously, the music at a specific BPM will make one try and match his footsteps to its rhythm or use cadence-setting metronome apps which will be upbeat if one is at target.

3. Emphasize Light Foot Falls

Try to make light, soft touching of the feet with the ground at a faster turn-over; this will not only increase cadence but also reduces impact forces better and provides comfort.

4. Lower-Limb Strengthening

Strengthening of the muscles in your lower limb, which are calf, hamstrings, glutes, and core muscles, will allow higher running cadences whereby power and stability are provided.

5. Monitor and Adjust Regularly

Track your cadence with your GPS watch or running app during training runs. Keep frequent tabs on this in order to ensure consistency, and change it over time if necessary.

Finding Your Optimal Cadence

Yes, 170-180 SPM is generally accepted as a benchmark, but in reality, this sweet spot may be different for each runner, considering variables such as height, leg length, and running form. How to find your sweet spot:

1. Listen to Your Body

Pay attention to how your body feels at different cadences. An optimal cadence should feel natural and sustainable without undue strain or fatigue.

2. Experiment During Training

Try several cadences at different training sessions. Incorporate some quicker cadences into your interval workouts to build comfort and variability.

3. Consult a Professional Running Coach

A professional will be able to provide personalized insights or recommendations based on your running mechanics and performance goals.

Common Cadence Mistakes

1. Higher is Always Better

While cadence gains do bring benefits, too-high cadences at the expense of your natural running form result only in inefficiency and injury. Your optimal cadence should be a balance that maximizes performance without sacrificing form.

2. Cadence Alone Determines Speed

Cadence is just one of the many factors responsible for controlling the speed at which one runs. Strength, stamina, flexibility, and general running efficiency all greatly affect your running speed.

3. 180 SPM Should be the Aim for All Runners

Not every runner will feel like their running is optimally efficient at 180 SPM. Individual differences in physiology and running style mean that optimal cadence can vary greatly from one athlete to another.

Wrap-up

Cadence is a potent tool in a runner's utility belt, and greatly impacts pace, efficiency, and injury risk. By learning how step rate affects the mechanics and adding in some activities to find your perfect cadence, you'll be able to take your runs to a new level while at the same time being able to make the running process less injurious and more efficient. Remember, the key to optimizing cadence is gradual adjustments, consistent training, and just listening to your body. Whether it be a competitive marathon runner or simply an avid jogger, a refinement in cadence will pay dividends worth your while for meaningful evolution in your running career.


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