What Is Cycling Cadence and Why Does It Matter?

Whether you're new to cycling or looking to improve your performance, you've probably heard experienced riders talk about cadence. While many cyclists focus on speed, distance, or power, cadence is another important metric that can significantly influence your comfort, efficiency, and endurance on the bike.

So, what exactly is cycling cadence, and why does it matter? Let's take a closer look.

What Is Cycling Cadence?

Cycling cadence refers to the number of times you rotate the pedals in one minute. It is typically measured in revolutions per minute (RPM).

For example:

• 60 RPM = each pedal completes 60 full rotations per minute
• 90 RPM = each pedal completes 90 full rotations per minute
• 100 RPM = each pedal completes 100 full rotations per minute

Most cycling computers and cadence sensors can track this metric in real time, allowing riders to monitor and adjust their pedaling efficiency during a ride.

Why Is Cadence Important in Cycling?

Cadence plays a major role in how your body produces power and uses energy.

Two cyclists may ride at the same speed, but one may pedal at 60 RPM while the other pedals at 90 RPM. Although the speed is identical, the physical demands on their bodies can be very different.

A proper cadence can help you:

• Improve pedaling efficiency
• Reduce muscle fatigue
• Increase endurance
• Protect your joints
• Maintain a smoother riding rhythm
• Optimize power output

Understanding cadence allows cyclists to find a balance between muscular effort and cardiovascular effort.

Low Cadence vs. High Cadence

Low Cadence (Below 70 RPM)

Low cadence typically means pushing a harder gear at a slower pedal rate.

Advantages:

• Can feel powerful on short climbs
• Builds muscular strength
• Useful during certain training sessions

Disadvantages:

• Places greater stress on the knees
• Causes faster muscle fatigue
• Harder to sustain over long distances

Many beginners naturally ride at a lower cadence because it feels more stable and controlled.

High Cadence (Above 90 RPM)

High cadence involves spinning the pedals faster while using a lighter gear.

Advantages:

• Reduces stress on muscles and joints
• Improves endurance
• Encourages smoother pedaling technique
• Often preferred by professional cyclists

Disadvantages:

• Can increase heart rate
• May feel inefficient if excessively high
• Requires practice to maintain comfortably

What Is the Ideal Cycling Cadence?

There is no single cadence that works for every cyclist or every riding situation.

However, general guidelines include:

Most cycling coaches recommend aiming for 80–95 RPM during steady road riding, as it often provides a good balance between efficiency and comfort.

How to Measure Cycling Cadence

Modern technology makes cadence tracking easy.

Common methods include:

Cadence Sensors

These small devices attach to the crank arm and communicate with:

• Cycling computers
• GPS bike computers
• Smartwatches
• Training apps

They provide real-time cadence data throughout your ride.

Power Meters

Many modern power meters automatically calculate cadence as part of their performance metrics.

Smart Trainers

Indoor smart trainers often display cadence data directly during workouts.

Tips for Improving Your Cadence

If you're used to riding at a low cadence, increasing it takes time and practice.

1. Shift Earlier

Don't wait until you're struggling to pedal. Shift into an easier gear before your cadence drops too low.

2. Practice Cadence Drills

During training rides:

• Ride for 1–2 minutes at 90–100 RPM
• Recover at your normal cadence
• Repeat several times

These drills improve coordination and pedaling smoothness.

3. Focus on Smooth Pedal Strokes

Think about spinning the pedals in a circular motion rather than simply pushing down.

4. Monitor Your Cadence

Using a cadence sensor or cycling computer helps you build awareness and develop consistent habits.

Common Cadence Mistakes

Many cyclists unknowingly make these mistakes:

Grinding Big Gears

Pushing a heavy gear at 50–60 RPM for long periods can increase knee stress and muscle fatigue.

Chasing an Exact Number

Cadence should adapt to terrain, fatigue, and riding goals. There's no need to maintain exactly 90 RPM at all times.

Ignoring Terrain Changes

Climbs, descents, headwinds, and sprints all require different cadence strategies.

Does Higher Cadence Always Mean Faster Cycling?

No.

Cadence is only one part of the equation.

Speed depends on multiple factors, including:

• Power output
• Aerodynamics
• Bike fit
• Terrain
• Rider fitness
• Wind conditions

A very high cadence without sufficient power won't necessarily make you faster.

The goal is to find a cadence that allows you to produce power efficiently while minimizing fatigue.

Final Thoughts

Cycling cadence is one of the most useful metrics for improving efficiency, comfort, and performance on the bike. By understanding how cadence affects your body and learning to use your gears effectively, you can ride farther, climb more efficiently, and reduce unnecessary fatigue.