Pixel Watch 5 Teardown | What You Need to Know About Repair

Design Continuity in the Pixel Watch 5

The Google Pixel Watch 5 maintains the repairable architecture first seen in its predecessor. Recent testing by iFixit confirms that the device avoids the common industry practice of sealing components with permanent adhesive. Instead, Google utilizes a latch-and-o-ring system similar to traditional dive watches. This mechanical choice allows for the removal of the sensor glass by loosening just two screws.

Technicians can reach the internal hardware with relative speed. The battery, vibrator motor, and mainboard remain accessible without forcing the casing or damaging delicate internal ribbon cables. This engineering approach signals a commitment to long-term hardware maintenance that is currently missing from many competitor smartwatches.

Hardware Upgrades and Disassembly Hurdles

Inside the chassis, several incremental changes define the new model. The 45mm version of the Pixel Watch 5 houses a 465 mAh battery, which represents a 2.2% capacity increase over the previous generation. Processing power also sees a bump, as the unit moves to a Qualcomm Snapdragon W5 Gen 2 Accelerated platform. Storage and memory configurations have moved up to 3GB of LPDDR4 RAM paired with 64GB of eMMC storage.

Removing the display remains the most complex phase of the teardown. The process requires navigating a series of screws, a structural bracket, and a specific press connector. While the overall process is straightforward for a trained technician, iFixit noted that the display assembly could benefit from simplified mounting techniques in future iterations.

Industry Context and Repairability Standards

Despite the minor complexities regarding the screen, the Pixel Watch 5 earned a provisional repairability score of 9/10. This high score is supported by Google’s continued efforts to publish official repair manuals and offer genuine spare parts directly to consumers. Such support is rare in the small-form-factor wearable market.

Industry analysts note that Google’s repair-friendly path is at odds with the disposable design habits of major tech firms. While iFixit maintains a business relationship with the manufacturer, they characterized the device as a standout for those who prioritize device longevity. The broader trend indicates that hardware manufacturers are slowly responding to consumer demands for products that can be fixed rather than discarded when the battery finally degrades or a part fails. Future device cycles will likely show whether this design philosophy remains a priority for the engineering teams involved.