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Common Ground News

What does a bike cadence sensor do?

Author

Chloe Ramirez

Updated on February 19, 2026

What does a bike cadence sensor do?

Many cadence sensors for bikes are designed to attach to the left-side chainstay. A magnet attached to your crank arm passes the sensor, which in turn records how many times it goes past and then sends a signal to your bike computer.

Similarly, what does a cadence sensor tell you?

Measuring cadence

Many cadence sensors for bikes are designed to attach to the left-side chainstay. A magnet attached to your crank arm passes the sensor, which in turn records how many times it goes past and then sends a signal to your bike computer.

Additionally, do I need cadence on my bike computer? As said it's good to train yourself into getting a good cadence on the bike as it's easy for even experienced cyclists to think that pushing a harder gear at a lower RPM is going to be faster because it feels harder. It's completely necessary imo - especially if you've never had one.

Consequently, how important is cadence in cycling?

By regularly working on your cycling cadence, you'll become a more efficient, faster, stronger rider. You'll fatigue less and be able to go longer and harder.

Do I need both cadence and speed sensor?

Speed and/or cadence sensors can be a little confusing, but hopefully this should help sort it out: some sensors only transmit speed; some sensors only transmit cadence; while a third type does both. For the most part, you won't need a speed or cadence sensor if your trainer transmits data directly.

What is a good cadence for a beginner cyclist?

Aiming for a cadence of 85-90 RPM is a good starting point to avoid muscle fatigue. It's known that most beginner cyclists average around 60 RPM and elite riders fluctuate anywhere from 80 to 100 RPMs. So for the beginner cyclist its more important to focus on cycling cadence and bring the RPMs up to 85-90rpm.

What is the ideal cadence for cycling?

Fast Twitch/More Cycling Fit: You'll be more efficient at moderate cadence range, about 85 to 90 rpm. Slow Twitch/Less Cycling Fit: Your preferred cadence will be in the moderate range of 85 to 90 rpm. Slow Twitch/More Cycling Fit: You'll be more efficient at the higher end of the pedaling cadence spectrum: 95+ rpm.

What is Lance Armstrong's cadence?

Lance Armstrong, changed how road racers at all levels think they should be spinning during a race. His freely chosen cadence has increased by 14% over the years from 85 – 95 rpms to 105 – 110 rpms in the most recent Tours. Lance has proven that a higher cadence does work for him.

Should I get a cadence sensor?

Cadence sensors are a must for bikers and cyclists who want to maximize workout results. Many users have attempted to use the pedometer as a way of measuring distance, speed or even effort when cycling, but such a sensor proves inadequate in gauging data during cycling training.

Where does cadence sensor go on bike?

The RPM Cadence Sensor is designed to mount on the inside of the non-drive side crank arm. Placing it on the outside of your crank arm can cause interference by scraping against your shoe. Likewise, installing the RPM on your drive side crank arm may rub and cause interference with your drivetrain.

What is the average cadence in the Tour de France?

As a result, the pedal rate, or [cadence]((cycling%29), of professional cyclists is often close to 90 or 100 revolutions a minute (rpm) irrespective of whether they're riding on flat or hilly sections of a race.

What should my cadence be?

The correct cadence can vary by individual. Optimal cadence is generally considered to be somewhere around 180 strides per minute. "170 and higher is ideal, but 'ideal' is slightly different for each person," says Blaise Dubois, a physiotherapist and owner of The Running Clinic in Quebec, Canada.

What is a good average speed for a road cyclist?

The majority of riders can average a speed of about 15 mph on a one hour ride. A good speed for a beginner is 10 mph, but you should be able to get to 15 mph pretty quickly. If you start training every once in a while, you could get your average up to 18 mph, but training on a regular basis could get you to 22 mph.

Is it better to pedal faster or harder?

Whether 'tis nobler in the legs to pedal hard and slow or to take strokes lightly, and by pedaling fast, save energy? Pedaling faster reduces the resistance you're pushing against with each stroke, which shifts a good portion of the stress of pedaling from your leg muscles to your heart and lungs.

Is high cadence training good?

High cadence (100 rpm and higher) cycling is great for developing a nice pedal stroke and improving the strength of your aerobic engine. Low cadence (50-60 rpm) cycling, against a big resistance, is great for developing muscular endurance and cycling-specific power.

What is more important cadence or resistance?

Resistance Isn't Futile

A lower resistance will typically produce higher cadence, but that isn't always the case if you're just starting out. Plus, being able to go from a slower cadence with higher resistance to higher cadence and a higher resistance is what will give you more power and output.

How do pro cyclists ride so fast?

But the other major way that professional cyclists go much faster than the rest of us in a race like the Tour de France is their expertise in drafting or slipstreaming. This is where they cycle "on the wheel" of the rider in front so they are protected from some of the air resistance.

What cadence is most efficient?

'All the evidence shows that a low to moderate cadence – 40-60rpm – is the most efficient,' says Stern. 'You use less energy and burn more fat. Pedalling faster expends more energy, and burns more carbohydrate.

How does a bike computer measure cadence?

High-end computers also measure cadence, usually by means of a separate magnet-and-sensor set which attaches to the pedal crank and chainstay (to count the number of times the pedals are rotated).

Is cadence the same as odometer?

Cadence in cycling is the measurement of rotations of the cranks per minute. Cycling Odometer: Another popular feature included on some cycling computers with cadence is the odometer. It allows you to measure how far you've travelled in a trip, both during and after the ride is done.

Does a cadence sensor measure Watts?

Cadence sensors are great for people who are only interested in how fast their legs are actually spinning, whereas the power meter is for the hard-core cyclist who wants the most accurate details about everything they are doing. You see a power meter measures your watts whereas a cadence sensor only measures your RPM.

Can strava measure cycling cadence?

As of today, the Strava app will no longer allow you to pair to sensors like heart rate straps or cycling cadence sensors. Instead, Strava is now actively recommending you download other apps instead of using Strava's own app.

How long do bike computers last?

Most bike computer batteries last a minimum of 15 hours, even with satellite navigation and ANT+ connections running. You also need to consider the type of battery your device is going to need.

How does a bike speed sensor work?

The RPM Speed Sensor is designed to mount on the hub of a bicycle wheel. It measures the rotational speed of the wheel and multiplies it by the wheel size to determine speed.

Is speed sensor necessary?

The sensor is a bit more accurate than the GPS, especially if you ride in places where you can lose signal. You do not need the speed sensor, however if you are trail riding and there's heavy cover blocking the satellite signals, then the speed sensor would take over.

Do you need a speed sensor with a power meter?

Speed sensors can help your bike computer track speed and distance accurately at all times making you less reliant on a GPS signal. In addition, we note that a speed sensor is required for use with the PowerPod power meter.

What does wahoo cadence sensor do?

The Wahoo RPM cadence sensor is your sleek little solution for measuring cycling cadence data. Bluetooth Smart and ANT+ dual band technology allows you to connect to and display data on both smartphones and GPS bike computers. Collecting cadence data has never been this easy.