Google Issues Urgent Warning for Pixel 6a Users: What to Do Now
Google has issued an urgent update for some Pixel 6a phones to fix a battery heating issue. Charging speed will be limited. Check if your phone is affected.
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Google has initiated a mandatory software patch for select Pixel 6a smartphones following the detection of a thermal risk tied to battery use over time.
A company spokesperson confirmed that the issue arises after approximately 400 full battery charge cycles. Devices that cross this threshold may begin to show increased battery wear, which can result in elevated temperatures during use or charging. To address this, Google will limit battery capacity and charging speed via a system-level update.
This action affects only a limited number of Pixel 6a units. Impacted customers will be notified directly next month. The update will deploy automatically to those devices, without requiring user intervention.
The Pixel 6a, introduced in July 2022, continues to operate under Google's software support cycle through mid-2027. With a significant number of units still active globally, the update aims to reduce risk while extending device longevity within existing hardware limits.
Battery degradation and heat issues are not new to Google's device line. In previous years, the Pixel 4a experienced similar thermal management concerns, which triggered software throttling, free battery replacement offers, and a formal recall process in Australia.
In the current case, Google has not issued a recall or provided replacement guidance. Users are advised to install the forthcoming update when notified. To minimize battery stress in the interim, users should consider avoiding prolonged overnight charging.
The company has not disclosed specific figures on how many devices may be affected or the technical details of the battery monitoring process behind the threshold mechanism.
The update follows Google’s broader strategy of mitigating hardware limitations through firmware-level solutions rather than physical recalls. Industry observers note that this approach reflects a shift toward long-term support practices tied to analytics-based device performance monitoring.