When it comes to accuracy and connectivity, Polar H10 heart rate sensor is the go-to choice. Monitor your heart rate with maximum precision and connect your heart rate to a great variety of training devices with Bluetooth and ANT+.
Trusted by medical researchers and sports professionals around the globe to measure the beats of the human heart with unrivaled precision.
The reason pro-athletes have chosen H10 as their go-to training device for half a decade.
When others want to validate the accuracy of their devices, they use Polar H10.
A classic feat of engineering that consistently provides the most reliable results at an affordable price.
Don’t you love when things do exactly what they were designed to do? Polar H10 was designed to accurately measure your heart rate. And that’s exactly what it does.
This ensures close contact against your skin to block out any motion interference when you move.
These keep the sensor gripped to your chest at all times so it can measure your heart rate optimally.
This provides maximum comfort whenever you wear the sensor, for as long as you wear it.
Measuring heart rate correctly is easy, but measuring heart rate correctly when you’re engaged in high-intensity exercise is not. This is where the Polar H10 ECG heart rate monitor excels.
You can record a training session, connect to your smartphone, broadcast to a huge range of gym equipment, and sync to your favorite fitness and sports apps. Oh, and you can even use it with products from other brands.
Maybe you want more accuracy. Maybe you don’t want distractions. Or maybe you just don’t want to wear a watch (or a fancy piece of jewellery on your finger) when you train.
Chest strap monitors are ideal for any sport – and with Polar Flow, you can choose from over 150 of them.
See what the experts, professionals, and most importantly, our customers say about Polar H10...then try it out for yourself. And let us know if you agree.
Want to maximize the life span of your sensor? These simple tips will ensure you get the most reliable heart rate measurement for longer.