A recent report indicates that the upcoming Google Pixel Watch 3 is poised to launch in two distinct size variations, marking a departure from the company’s previous strategy of offering a singular 41mm diameter model. In contrast to competitors like Apple and Samsung, both of whom provide smartwatches in multiple size options, Google seems to be adapting its approach with a larger case size variant for the Pixel Watch 3. This potential move aims to address a longstanding user concern and enhance the watch’s competitiveness in the market.
According to insights from 9to5Google, ongoing developments suggest that Google is actively working on two size variants for the Pixel Watch 3. While both models are anticipated to share similar specifications, the larger version might feature a more expansive display and a larger battery.
The report underscores that the absence of size choices was a notable grievance among users of the previous Pixel Watch and Pixel Watch 2, as many preferred a larger watch format. If this information holds true, it signals Google’s responsiveness to user feedback by introducing size diversity in the Pixel Watch 3.
Details regarding the specific dimensions of the two variants remain undisclosed. It is speculated that Google will retain its familiar 41mm Pixel Watch variant while introducing a larger option. This mirrors the approach of competitors like Apple, offering size variants such as 41mm and 45mm for the Apple Watch Series 9, and 40mm or 44mm for the Samsung Galaxy Watch 6.
The exact implications of a larger Pixel Watch 3 on display size or bezel dimensions are yet unknown. While a larger display could address user concerns about visibility and interaction, the report does not clarify whether this would entail a reduction in bezel size.
Previous reports hinted at a buttonless design for the Google Pixel Watch 3, incorporating innovative sensor technology for gesture-based control, including taps, long presses, pinches, and swipes. Whether this gesture control would replace traditional crown functionality remains uncertain at this point. Further details on these developments are eagerly awaited.