Why Do Some Cyclists Spin Faster Than Others? The Science Behind Cycling Cadence

If you’ve ever watched professional cyclists, you may have noticed that they often pedal much faster than recreational riders. While one cyclist may ride comfortably at 65–75 rpm, another may smoothly spin at 95–110 rpm for long periods of time.

Why does this happen? Is a higher cadence better? And why do some cyclists struggle to hold 100 rpm?

Let’s break down the science behind cycling cadence and answer the most common questions riders ask.

What Is Cycling Cadence?

Cadence is the number of pedal revolutions you complete each minute, measured in revolutions per minute (rpm).

For example:

60 rpm = one pedal revolution per second
90 rpm = one and a half revolutions per second
100 rpm = faster spinning with less force per pedal stroke

Cadence determines how your muscles, cardiovascular system, and nervous system share the workload.

What Is a Good Cycling Cadence?

There is no single perfect cadence for every rider.

General guidelines:

Beginner cyclists: 70–85 rpm
Recreational cyclists: 80–95 rpm
Experienced cyclists: 85–100 rpm
Professional cyclists: often 90–110 rpm

The best cadence is the one that allows you to produce power efficiently without excessive fatigue.

Why Do Professional Cyclists Pedal So Fast?

Professional cyclists have spent years training their neuromuscular system to pedal efficiently at high cadences.

Higher cadences can help:

Reduce muscular strain per pedal stroke
Spread workload across more pedal revolutions
Delay muscle fatigue during long efforts
Improve climbing and race efficiency
Maintain smoother power delivery

This is why many professional riders naturally ride between 90 and 105 rpm during races.

Is High Cadence Better?

Not always.

A very high cadence can increase cardiovascular demand, while a very low cadence can overload the muscles.

Most cyclists perform best somewhere between 80 and 100 rpm depending on terrain, fitness, and goals.

The goal is not to pedal faster just for the sake of pedaling faster.

The goal is to find the cadence that allows you to produce sustainable power efficiently.

Should I Pedal Faster or Harder?

Many riders automatically push harder gears when they want to go faster.

However, riding in a gear that is too hard can:

Increase muscle fatigue
Raise leg soreness
Reduce endurance
Make climbs feel harder

Using appropriate gearing and maintaining a smooth cadence often allows riders to ride longer with less fatigue.

In many situations, pedaling slightly faster is more efficient than constantly pushing a bigger gear.

Why Can’t I Hold 100 RPM?

This is one of the most common questions cyclists ask.

The answer is usually not fitness.

Most riders struggle to hold 100 rpm because their neuromuscular system has not been trained to operate efficiently at that speed.

Common reasons include:

Lack of cadence-specific training
Excess upper-body tension
Poor pedaling technique
Gearing that is too difficult
Trying to increase cadence too quickly

Like any cycling skill, cadence improves through consistent practice.

How To Improve Your Cadence

If your goal is to pedal more efficiently:

Increase cadence gradually.
Practice short cadence intervals.
Stay relaxed through your shoulders and upper body.
Focus on smooth pedal strokes.
Use easier gears when learning higher cadences.
Track cadence consistently during training.

Over time, your nervous system adapts and higher cadences begin to feel natural.

Tools That Can Help Improve Cycling Cadence

If you want to monitor and improve your cadence, these tools can make a significant difference:

Cycling cadence sensors
Bike computers
Power meters
Smart trainers
Indoor cycling training platforms

These tools provide real-time feedback and help riders develop more efficient pedaling habits.

Final Thoughts

Some cyclists spin faster than others because cadence is a trainable skill.

Professional riders are not simply born with higher cadences. They spend years developing the coordination, efficiency, and fitness required to pedal smoothly at higher rpm.

The goal isn’t to chase a specific number.

The goal is to become a more efficient cyclist.

When cadence, breathing, and power work together, riding becomes smoother, more sustainable, and often faster.

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