Google has initiated the rollout of the April 2025 update for its Pixel Watch lineup, encompassing the original Pixel Watch, Pixel Watch 2, and Pixel Watch 3. This update, identified by build number BP1A.250305.019.W8, is based on Wear OS 5.1 and Android 15. Notably, the Android security patch level remains at March 5, 2025, following this update.
Key Updates and Fixes:
1. Step Count Algorithm Reversion: In response to user feedback indicating unexpectedly high step counts in certain scenarios, Google has reverted the step count algorithm to its original version. This change aims to enhance the accuracy of step tracking across various activities.
2. Comprehensive Update for Previous Versions: Users who did not receive the March 2025 update and are still operating on the November 2024 release will now receive the full suite of enhancements introduced in March. This includes the transition to Wear OS 5.1, along with additional features and bug fixes, excluding the previously mentioned step algorithm enhancements.
Update Process:
To manually initiate the update, users can navigate to Settings > System > System updates on their Pixel Watch. Tapping the Your watch is up to date screen multiple times can expedite the download process. For a faster update, users may disable Bluetooth to force the device to use Wi-Fi connectivity.
Background and Context:
The Pixel Watch series has been receiving consistent updates to enhance functionality and user experience. The March 2025 update introduced Wear OS 5.1, bringing improvements such as enhanced step count accuracy and the Loss of Pulse Detection feature for the Pixel Watch 3 in the U.S. This feature is designed to detect heart failure and automatically contact emergency services if necessary. Additionally, the March update was based on Android 15, aligning with Google’s shift to Trunk Stable development, which aims to streamline code contributions and improve efficiency.
Google’s decision to delay the next significant update until March 2025 marked a departure from its previous monthly update schedule. This shift suggests a strategic move towards providing more substantial, polished updates on a quarterly basis, allowing for more comprehensive testing and refinement of new features.
The Pixel Watch series, since its debut, has been positioned as a strong contender in the smartwatch market, offering timely updates, sleek design, and integrated Fitbit health features. The introduction of the larger 45mm variant in the Pixel Watch 3, alongside the existing 41mm model, caters to a broader range of user preferences. The device’s brighter LTPO display, thinner bezels, and extended battery life, especially in the 45mm model, have been well-received by users.
Connectivity enhancements, including Bluetooth 5.3, 5GHz Wi-Fi, and Ultra Wideband support, have further solidified the Pixel Watch’s position in the market. The LTE version offers limited free data use via Google Fi, with full phone plan integration recommended for optimal use. Software improvements through quarterly Wear OS updates have enhanced step tracking, menstrual health tracking, and introduced emergency features like Loss of Pulse Detection.
While the Pixel Watch 3 retains the same Snapdragon chipset as its predecessor, it offers faster charging and improved health data accuracy. Pricing starts at $349 for the 41mm version and $399 for the 45mm, with optional LTE upgrades costing an additional $100. Compared to competitors, the Pixel Watch 3 stands out for its timely updates, sleek design, and integrated Fitbit health features, although future hardware upgrades in the Pixel Watch 4 may present better options.
In summary, the April 2025 update for the Pixel Watch series underscores Google’s commitment to refining user experience through responsive updates and feature enhancements. By addressing user feedback and reverting the step count algorithm, Google demonstrates its dedication to delivering accurate and reliable health tracking features. Users are encouraged to install the latest update to benefit from these improvements and maintain optimal device performance.
