Huawei Health relies on movement and location data rather than a physical power meter to calculate virtual cycling metrics, according to notebookcheck.com. The fitness platform estimates rider cadence, elevation gains, and power output during bicycle rides without requiring dedicated hardware sensors attached to the frame or pedals.
Virtual Cadence and Power Estimates
During a test ride evaluated by notebookcheck.com, the Huawei Health app recorded an average cadence of 66 revolutions per minute alongside a maximum value of 98 revolutions per minute. Because the setup lacked a separate bicycle sensor, these figures function as estimations rather than direct physical measurements. The calculations face limitations during shifting riding scenarios, including coasting, starting from a stop, or frequent gear changes.
Unlike a physical power meter that directly measures force transfer onto the drivetrain, the smartwatch estimates power output using available speed, incline, and user profile data. Real-world cycling demands are heavily shaped by wind resistance and rolling friction, factors that remain difficult to factor accurately without additional hardware sensors.
The test ride yielded an average output of 91 watts and a peak reading of 506 watts. However, notebookcheck.com noted that a brief high spike in a data chart does not confirm that the rider actually applied that specific level of force to the pedals, especially without a dedicated power meter available as a reference baseline.
Elevation Discrepancies During Testing
A comparison of elevation data during the same test ride revealed stark differences between devices. While a simultaneously worn Garmin watch registered 36 meters of elevation gain, the Huawei Watch 6 Pro recorded 81 meters. Notebookcheck.com stated that the exact impact of this discrepancy on virtual power calculations remains undetermined.
Frequently Asked Questions
Does the Huawei Health app require extra sensors for cycling data?
No, the application estimates metrics such as cadence and power using built-in smartwatch sensors and user profile details rather than requiring dedicated hardware mounted on the bicycle.
How accurate are the virtual power readings?
The values serve as estimates rather than direct measurements because the smartwatch cannot physically track force transfer on the drivetrain, meaning factors like wind and rolling resistance limit precision.
Why did the Huawei and Garmin watches show different elevation numbers?
During a test ride reported by notebookcheck.com, the Huawei Watch 6 Pro recorded 81 meters of elevation gain while a Garmin watch logged 36 meters.
Related reading