Heart-rate monitoring

Heart-rate monitoring – Powerbeats Pro 2 – Beats by Dre (2025)

Only on Powerbeats Pro2

Heart-rate monitoring

Only on Powerbeats Pro2

Heart-rate monitoring

Only on Powerbeats Pro2

Every beat counts.

Athletes today demand real-time data about their health and performance.

That’s why Powerbeats Pro2 are our first-ever product to feature heart-rate monitoring for workouts.

Use it to track your training progress, optimise your workouts and improve your functional fitness.

Every beat counts.

Athletes today demand real-time data about their health and performance.

That’s why Powerbeats Pro2 are our first-ever product to feature heart-rate monitoring for workouts.

Use it to track your training progress, optimise your workouts and improve your functional fitness.

Every beat counts.

Athletes today demand real-time data about their health and performance.

That’s why Powerbeats Pro2 are our first-ever product to feature heart-rate monitoring for workouts.

Use it to track your training progress, optimise your workouts and improve your functional fitness.

* A proper fit is essential for accurate heart-rate readings.

Heart-rate monitoring – Powerbeats Pro 2 – Beats by Dre (3)

Green light gives the most accurate blood-flow measurements.

Optical sensors with a pulse.

An incredible amount of research and development went into the design and position of the monitoring sensors.

This included extensive research into the lens design in order to optimise light reflection and improve accuracy.

The result: Precision-crafted optical sensors pulse a green LED light over 100 times per second, then measure the light reflected back to calculate your heart rate in real time.

Optical sensors with a pulse.

An incredible amount of research and development went into the design and position of the monitoring sensors.

This included extensive research into the lens design in order to optimise light reflection and improve accuracy.

The result: Precision-crafted optical sensors pulse a green LED light over 100 times per second, then measure the light reflected back to calculate your heart rate in real time.

Optical sensors with a pulse.

An incredible amount of research and development went into the design and position of the monitoring sensors.

This included extensive research into the lens design in order to optimise light reflection and improve accuracy.

The result: Precision-crafted optical sensors pulse a green LED light over 100 times per second, then measure the light reflected back to calculate your heart rate in real time.

Heart-rate monitoring – Powerbeats Pro 2 – Beats by Dre (4)

Put to the test by elite athletes.

We leveraged years of heart-rate monitoring research conducted for Apple Watch.

Then we continued development, scaling the technical architecture down to 1/16 of its original size to fit in an earbud – all without compromising on comfort or accuracy.

Our goal was to determine the most accurate and comfortable position for the sensors.

We accomplished this by conducting over 1,500 hours of rigorous testing with almost 1,000 athletes across a range of activities, intensity levels and climate conditions.

Put to the test by elite athletes.

We leveraged years of heart-rate monitoring research conducted for Apple Watch.

Then we continued development, scaling the technical architecture down to 1/16 of its original size to fit in an earbud – all without compromising on comfort or accuracy.

Our goal was to determine the most accurate and comfortable position for the sensors.

We accomplished this by conducting over 1,500 hours of rigorous testing with almost 1,000 athletes across a range of activities, intensity levels and climate conditions.

Put to the test by elite athletes.

We leveraged years of heart-rate monitoring research conducted for Apple Watch.

Then we continued development, scaling the technical architecture down to 1/16 of its original size to fit in an earbud – all without compromising on comfort or accuracy.

Our goal was to determine the most accurate and comfortable position for the sensors.

We accomplished this by conducting over 1,500 hours of rigorous testing with almost 1,000 athletes across a range of activities, intensity levels and climate conditions.