Cycling Cadence vs. Power: Why You Should Build Cadence Before Chasing Watts

Cycling Cadence vs. Power: Why You Should Build Cadence Before Chasing Watts

When cyclists want to become faster, one number often gets most of the attention: power.

More watts can mean greater speed, stronger accelerations, and improved performance. But constantly watching the power meter and trying to force a specific number may cause cyclists to overlook something fundamental:

Power is the result of how you pedal — not simply a number you chase.

At Chávez Cycling, we approach this relationship through three connected elements:

Cadence creates the rhythm. Torque provides the force. Power is the result.

Understanding how these elements work together can help cyclists develop a more efficient pedal stroke, improve their ability to accelerate, and respond more naturally when the demands of a race suddenly change.

What Is Cycling Cadence?

Cycling cadence is the number of pedal revolutions you complete per minute, commonly measured as RPM (revolutions per minute).

A cadence of 90 RPM means the crank completes approximately 90 revolutions every minute.

But cadence isn’t simply about spinning your legs faster.

Cadence influences how you distribute muscular force across each pedal revolution. Different riding situations may require different combinations of cadence, gearing, and torque.

A steady endurance ride may use one cadence range. A steep climb may require another. A sudden acceleration or sprint can demand something completely different.

That is why there is no single perfect cadence for every cyclist or every situation.

How Are Cadence and Power Connected?

Cycling power depends on two fundamental components:

Power = Torque × Angular Velocity

In practical cycling language, this means power depends on both how much force you apply to the pedals and how quickly the cranks are rotating.

This explains something important.

Increasing cadence alone does not automatically guarantee more power.

Likewise, pushing a very large gear with tremendous force does not necessarily produce the most efficient acceleration.

Performance comes from coordinating the two.

That coordination is what cyclists should train.

Why Chasing Watts Can Become a Mistake

Power meters are extremely useful training tools. They allow cyclists and coaches to measure workload, track progress, structure intervals, and analyze performance.

The problem begins when the cyclist starts treating the power number as the movement itself.

Imagine entering a sprint and thinking only:

“I need to produce 600 watts.”

The body still has to answer several questions.

What gear are you using?

What is your cadence?

How quickly are you accelerating the pedals?

How much torque are you producing?

Is your upper body stable?

Can you maintain the movement as resistance increases?

The power meter reports what happened.

The cyclist still has to create it.

Cadence First, Power Follows

One technique we practice at Chávez Cycling is developing cadence before adding additional gear during certain acceleration and sprint drills.

The sequence is simple:

Build Cadence → Add Gear → Accelerate → Power Follows

Instead of immediately selecting a heavy gear and forcing the pedals, the cyclist first establishes leg speed.

As cadence rises, additional resistance can be introduced while the rider continues accelerating.

The purpose isn’t to reach one magical RPM.

The purpose is to train the neuromuscular system to coordinate cadence, gearing, and force during an acceleration.

With repetition, the movement can become increasingly familiar.

A Practical Example From Sprint Training

During a recent Chávez Cycling sprint session, we practiced this exact sequence.

The objective wasn’t to stare at the power meter or chase a predetermined wattage. The objective was to execute the movement correctly and observe the power afterward.

Three accelerations produced approximately:

Sprint 1 — 700 W at 130 RPM
Sprint 2 — 549 W at 132 RPM
Sprint 3 — 613 W at 130 RPM

Those numbers are individual training observations — not targets that every cyclist should attempt to reproduce.

And that distinction matters.

The lesson isn’t that 130 RPM automatically produces 600 or 700 watts.

It doesn’t.

The important observation is that the cyclist repeatedly executed a similar movement pattern while producing substantial power.

That is why our training philosophy becomes:

Don’t Practice a Number. Practice a Response.

Racing rarely gives you time to solve an equation.

A rider attacks.

A gap opens.

The peloton accelerates.

The road changes.

The final sprint begins.

At that moment, the cyclist needs a response.

Repeated training can help make that response more automatic: increase cadence, select the appropriate gear, apply force, accelerate, and adapt as the situation develops.

The power meter can tell us afterward how much power was produced.

But during the critical moment, the trained response is what moves the bicycle.

High Cadence Isn’t Always Better

This is equally important.

If high cadence is useful, does that mean cyclists should always pedal at 120 or 130 RPM?

No.

Different situations require different solutions.

During endurance riding, a cyclist may use a comfortable cadence that supports sustainable aerobic work.

During a steep climb, cadence may naturally decrease as resistance increases.

During a sprint, cadence can rise dramatically as the cyclist accelerates through the gears.

And individual physiology, biomechanics, training history, terrain, gearing, and fatigue all influence the cadence a cyclist can use effectively.

The goal isn’t to become a cyclist who always pedals fast.

The goal is to become a cyclist who can control cadence across different demands.

Cadence and Torque Should Work Together

Think of your legs like an engine.

Cadence represents how quickly the engine is turning.

Torque represents the turning force being produced.

Neither should be developed completely independently of the other.

A cyclist who can spin quickly but cannot apply meaningful force has one limitation.

A cyclist who can produce enormous torque but struggles to accelerate the pedals has another.

Training should gradually develop both capabilities — and then teach the cyclist to coordinate them.

That coordination produces usable power.

Why Endurance Training Matters for Cadence

Sprint training isn’t the only place to develop cadence control.

Endurance sessions provide an excellent environment for practicing smooth, repeatable pedaling without the extreme demands of maximal acceleration.

Over time, structured endurance training can help cyclists become more comfortable controlling their rhythm while fatigue gradually accumulates.

Then sprint and race-specific sessions can challenge that control under greater resistance and intensity.

This creates a progression:

Control the movement → Repeat the movement → Add resistance → Add intensity → Apply it to racing.

That progression is far more valuable than simply trying to produce impressive numbers during every workout.

The Power Meter Is a Tool, Not the Driver

None of this means cyclists should ignore power.

Quite the opposite.

Power is one of the most valuable measurements available in modern cycling.

But there is an important distinction between using power to analyze training and allowing the power meter to dictate every pedal stroke.

Use power to measure.

Use cadence to understand rhythm.

Use gearing to manage resistance.

Use torque to apply force.

And use training to teach your body how to coordinate all of them.

The Chávez Cycling Approach

At Chávez Cycling, we believe performance should be built progressively.

First establish control.

Then develop cadence.

Then develop the ability to apply force.

Then introduce increasingly demanding efforts.

Finally, practice those abilities in situations that resemble racing.

There are no shortcuts.

The objective isn’t simply to produce a bigger number today.

The objective is to build a cyclist capable of producing the appropriate response tomorrow.

Because when the race accelerates, the strongest skill may not be knowing what number you want to see on the screen.

It may be having trained your body enough that it already knows what to do.

Cadence First. Power Follows.

Don’t practice a number. Practice a response.

Chávez Cycling

Continue learning with these Chávez Cycling guides:

ERG Mode vs. Simulation Mode: Which One Should You Use for Indoor Cycling and MyWhoosh Racing?
What Is a MyWhoosh Race Really Like? Lessons From My First Complete Race
How to Race on MyWhoosh Like a Pro
How Does MyWhoosh Power Passport Work? Everything You Need to Know Before Taking the Test
What Does TSS Mean in Cycling? A Beginner’s Guide to Training Stress Score

Recommended Indoor Cycling Equipment

If you’re building your own indoor racing setup, I recommend investing in quality equipment that improves comfort, accuracy, and performance:

Smart Trainer
Heart Rate Monitor
Cycling Fan for cooling
Quality Bib Shorts
Cycling Shoes
Power Meter
Indoor Training Mat
Sweat Guard
Large TV or Monitor
Proper Hydration System
Energy Nutrition
Towels and ventilation

The right equipment doesn’t win races—but it helps you focus on what matters most: becoming a stronger cyclist.

Check our recommended Indoor Cycling setups:

Best Indoor Cycling Setup
Best Fans for Indoor Cycling
Best Smart Trainers for Home Training