Running Cadence Improvement Training: An 8-Week Adaptation Plan from 165spm to 180spm

Introduction

“180 steps per minute” is a long-standing golden cadence standard in the running coaching community. This number comes from Dr. Jack Daniels’ observational study of elite marathon runners—he found that the average cadence of 1984 Olympic marathon runners was almost all above 180 steps per minute.

However, most amateur runners have a cadence of only 155–170 steps per minute (spm), far below this standard. Low cadence is usually accompanied by “over-striding”—landing each step too far in front of the center of mass, which creates braking force, increases stress on the knee joints, and reduces running efficiency.

Increasing cadence to 175–180 spm is not just about speed; it is also a key measure for preventing knee injuries and iliotibial band syndrome. This article provides an 8-week progressive plan to safely and effectively raise your cadence.

The Relationship Between Cadence and Running Efficiency

Research shows that for every 10% increase in cadence, knee joint loading can be reduced by 14–20%, which is a huge benefit for runners prone to knee injuries.

Measuring Your Current Cadence

Before starting the 8-week plan, measure your baseline cadence:

• After running at a comfortable pace for 1–2 minutes, count the number of times your left foot lands in 1 minute, then ×2 to get your cadence
• Or use the automatic cadence detection feature on Garmin/Apple Watch/Strava
• Record three readings and take the average as your baseline spm

8-Week Cadence Improvement Plan

Key Principle: Increase by No More Than 5% at a Time

Increasing cadence too quickly can cause: excessive load on the calves and Achilles tendon. Increasing by 3–5 spm every 2 weeks is a safe pace.

Using an initial cadence of 165 spm as an example:

Metronome-Assisted Tools

• Mobile APP: Metronome APP (free), set the beat to the corresponding spm
• Headphones playing beat-matched music: Spotify has 175 bpm and 180 bpm running playlists
• Smart running watches: Garmin supports cadence alerts (vibration warning when below target)

Supporting Technique Adjustments

Simply increasing cadence without adjusting running form will have limited results and increases injury risk. The following supporting adjustments are equally important:

• Shorten your stride: As cadence increases, stride length naturally shortens—do not try to maintain your original stride length
• Increase heel recovery: The key to a faster cadence is more active recovery of the trailing leg, not “stomping harder”
• Adjust foot landing position: Aim to land each step directly under or slightly in front of your center of mass to reduce over-striding
• Relax your upper body: Relaxed shoulders and arms help naturally increase cadence

Common Questions and Answers

• “What if I feel very tired after increasing my cadence?”: This is normal; your calves and ankle joints need 2–3 weeks to adapt. If there is pain, step back to the previous phase
• “Do I really need to reach 180 spm?”: Not necessarily. Taller runners (above 180 cm) may have an optimal cadence of 170–175 spm. The goal is to be “5–10% higher than now,” not to rigidly stick to 180
• “Is cadence the same for fast running and slow running?”: No, but it should stay within a reasonable range. Easy runs can be at 170–175 spm, while fast running naturally rises to 180+

Practical Advice

• Common issue for runners in Taiwan: Taiwanese runners are accustomed to running along riverside parks or roadside shoulders, where concrete surfaces produce high ground reaction forces. Low-cadence running on such surfaces carries a higher injury risk, making cadence training especially important
• Impact of shoe selection: Max-cushioned shoes with overly thick soles can sometimes encourage over-striding. During cadence training, try lightweight training shoes for more direct ground feedback
• Gradual progression is key: The 8-week plan may seem conservative, but rapidly altering running biomechanics is a major cause of Achilles tendinitis and calf injuries

Conclusion

From 165 spm to 180 spm is only a difference of 15 steps, but those 15 steps represent a significant gap between your running efficiency and your body’s health. The 8-week progressive adaptation gives your body ample time to adjust neuromuscular patterns, making the new cadence a natural rhythm rather than an effort you have to consciously maintain. After increasing your cadence, you will not only run faster—you will run safer.

Related Reading

• Running Efficiency Training: Methods for 180 spm Cadence and Metronome Use
• Is 180 spm the Golden Standard? The Scientific Debate on Running Cadence and Stride Length
• Optimizing Cadence and Stride Length: Is 180 spm a Myth or a Benchmark?
• Cadence Optimization: Why Is 180 spm an Ideal Target?