The Apple Watch is recognized as the most accurate device for measuring heart rate among fitness trackers

Most fitness trackers, so popular among the supporters of a healthy lifestyle, correctly measure the pulse rate. This is the conclusion reached by researchers at Stanford University (USA), comparing information with gadgets and real data obtained during observations.

The Apple Watch is recognized as the most accurate device for measuring heart rate among fitness trackers

The study has been tested by a network of “smart” watches and fitness bands: Apple Watch, Basis Peak, Fitbit Surge, Microsoft Band, Mio Alpha 2, PulseOn and Samsung Gear G2.

In total, the study involved 60 volunteers — 31 women and 29 men wore the device while walking or doing the treadmill or stationary bike. The best result in precision measurements of heart rate showed the Apple Watch.

“In the test for measuring heart rate while walking three devices showed an average error of 5%: Apple Watch– 2,5% (1,1-3,9%), PulseOn is 4.9 per cent (1.4% and 8.6%) and Microsoft Band– 5,6% (4,9%-6,3%). The remaining four devices showed errors in the range from 6.5% to 8.8%.

In the test for measuring heart rate during activity of the Apple Watch showed the least amount of mistakes– 2% (1,2-2,8%). Figure Samsung Gear S2 in the same test was the worst– 6,8% (4,6-9,0%)”, – the report said Stanford University (USA).

The Apple Watch is recognized as the most accurate device for measuring heart rate among fitness trackers

As for burned media tracker calories, the error ranged from 27 to 93%, which casts doubt on the idea of wearable devices measure calories.

Experts believe that fitness trackers a mistake in the measurement of burned calories due to incomplete accounting data (height, weight, age, and other individual indicators), whereas the frequency of a pulse is always determined directly.

The accuracy of the trackers in terms of the passed owner of the distances do not always correspond to reality: walking or running on the treadmill is usually not taken into account, and when moving in space there may be some error associated with the fact that the device is not always able to determine the person ran or rode.

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