According to Huawei, the Huawei Watch D3 delivers direct blood pressure measurement using an internal wrist airbag and eSBP technology, marking a departure from the optical PPG sensors common in standard fitness trackers and smartwatches. Unveiled at the ESC congress, the device aims to bridge the gap between traditional cuff-based monitors and wearable health tech, though independent clinical validation remains pending.
How the Huawei Watch D3 Measures Blood Pressure Differently
Unlike standard smartwatches that estimate blood pressure via optical PPG sensors analyzing pulse waves, the Huawei Watch D3 employs physical pressure to take direct measurements. As reported by the company, a built-in airbag mechanism in the rear of the device inflates to apply gentle pressure to the wrist artery. This operational principle closely mirrors traditional arm cuff monitors used in medical offices, differing primarily in device size and placement.
Clinical Validation and Accuracy Claims
Huawei asserts that the Watch D3 complies with applicable European accuracy regulations for medical devices. The company debuted the hardware at the ESC congress, placing it directly before a cardiology audience with high standards for measurement precision. At the same time, Huawei reports performance improvements in difficult measurement situations, noting better results compared to the previous generation when dealing with weak pulses, larger tissue mass around the wrist (or obesity) or stiffer arteries.
Independent professional circles have not yet publicly confirmed these clinical validation claims, and long-term accuracy data is currently lacking. Specialists note that achieving the clinical precision of an upper-arm cuff on the wrist remains difficult due to the smaller diameter of the wrist artery, arm position sensitivity, and individual anatomical differences.
Continuous Monitoring and Everyday Health Features
While traditional arm cuff monitors are typically used once or twice daily, the Watch D3 performs automatic measurements at regular intervals, storing and analyzing data over extended periods. This capability supports users with high blood pressure who need to maintain regular logs for their physicians. In addition to blood pressure tracking, the device supports over 80 sports modes, fall detection, family health data sharing through a group feature, and a Health Glance function that summarizes multiple health metrics during a quick check.
Did you know? According to Huawei’s European survey, while most doctors recommend checking blood pressure at least weekly, a significant portion of the population fails to check their values even once a year.
Frequently Asked Questions
Does the Huawei Watch D3 replace an upper-arm blood pressure monitor?
While the Watch D3 uses a physical inflation airbag similar to medical cuffs, independent clinical validation is still missing, and users should consult their doctors before using wrist-based readings for medical decisions.

How does the D3 measure blood pressure compared to other smartwatches?
Most smartwatches use optical PPG sensors to estimate blood pressure through pulse wave analysis. The Huawei Watch D3 uses electronic systolic blood pressure (eSBP) technology with a physical airbag to directly measure pressure on the wrist artery.
What additional health and fitness features are included?
The Watch D3 supports over 80 sports modes, fall detection, family health data sharing, and a Health Glance function for summarizing multiple health metrics.
What are your thoughts on wrist-based blood pressure monitoring? Share your perspective in the comments below.
Related reading
- Ace Combat 8: Wings of Theve Hands-On Preview
- Modified AlphaFold3 Successfully Predicts Protein Conformational Changes
- Identifying ALS Progression: Unlocking N-Acyl Taurine’s Potential as a Biomarker and New Treatment Approach for Amyotrophic Lateral Sclerosis” Keywords: ALS blood biomarker, N-acyl taurine, disease progression, new treatment strategy, Amyotrophic Lateral Sclerosis, ALS research, neurodegenerative disorders. (archyworldys.com)