Pixel 10 Pro XL Overheats to 118°F: Cooling Mistakes and Correct Countermeasures
Google Pixel 10 Pro XL overheated to 118°F (approx. 47.7°C) inside a car on a scorching day. Android Police's reporter shares her experience with overheating, debunks common cooling myths like using a fridge, and explains proper steps to take.
Rita El Khoury, a reporter for Android Police, experienced an overheating issue with her Google Pixel 10 Pro XL, which reached an unusually high temperature. According to her report, the battery temperature reached 118°F (approx. 47.7°C), making the device too hot to hold. Drawing from this experience, she warned against common cooling mistakes many users make and explained the correct steps for dealing with overheating smartphones.
Circumstances Leading to the Overheating
El Khoury encountered this issue during a five-hour car trip from Paris to Bordeaux in France. The trip occurred on a sweltering day with an outside temperature of 100°F (about 38°C) during a heatwave. The car’s air conditioning was broken, turning the interior into a sauna. Additionally, the vehicle’s built-in GPS was malfunctioning.
When a friend’s iPhone had already overheated and shut down, El Khoury offered her Pixel 10 Pro XL as a GPS replacement. She placed the device on the dashboard, where it was exposed to direct sunlight, and kept the screen brightness high while using a GPS app. Later, using the phone’s internal thermometer, she discovered that the temperature near the dashboard had reached 129°F (approx. 53.8°C).
About 40 minutes into the drive, the Pixel detected overheating and automatically shut down Google Maps. When El Khoury picked up the phone, she noted it felt hotter than anything she had experienced before. Using the Inware app, she confirmed the battery temperature was 118°F (47.7°C), about 10°F higher than any previous overheating incidents she had encountered with the Pixel series.
Common Cooling Mistakes Users Make
Faced with the overheated device, El Khoury attempted to cool it with an ice pack and a cooler in the car for five minutes. However, she later acknowledged that this was a mistake.
In her article, she explicitly advises against placing overheated devices in a refrigerator or freezer. Sudden temperature changes can lead to internal condensation, which may cause short circuits or corrosion on the internal components. Especially when moving a device from high summer heat to sub-zero freezer temperatures, condensation can occur both inside and outside the device, potentially causing damage equivalent to water exposure.
This incorrect cooling approach is frequently seen on social media. There have been reports of users damaging iPhones by putting them in freezers or even trying to dry them in microwaves. The safest method to cool a smartphone involves promoting natural heat dissipation.
Correct Cooling Steps
El Khoury outlined the proper steps to take when a smartphone overheats:
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Disconnect Charging: If the phone is charging, immediately unplug it or remove it from a wireless charger. Charging generates heat, so continuing to charge a device already in an overheated state can be hazardous.
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Remove the Case: Many protective cases act as insulators and hinder heat dissipation from the device. Silicone cases or thick plastic cases, in particular, can trap heat, so removing the case during overheating is effective.
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Reduce Screen Brightness and Close Background Apps: Lower the screen brightness and close background apps. Disabling high-demand applications like GPS, video playback, or communication functions can reduce processor heat generation.
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Place the Phone in a Shaded, Well-Ventilated Area: In a car, positioning the device near an air vent can help. However, avoid blasting cold air directly onto the phone continuously; intermittent airflow is safer.
By following these steps, El Khoury concluded that users could safely recover from an overheating situation. Gradual heat dissipation, rather than abrupt cooling methods like using a fridge or cooler, helps preserve the device’s longevity.
Overheating Highlights Thermal Design Issues
for Pixel
While this case is an individual incident, it brings to light longstanding criticisms regarding the thermal design of the Google Pixel series. Overheating has been reported in previous Pixel models during high-load tasks or in hot environments. Using smartphones as in-car navigation tools, particularly under direct sunlight and while running GPS and a bright screen simultaneously, tends to exacerbate heat issues.
Although Google touts the power efficiency of its Tensor processor, its thermal management in real-world conditions leaves room for improvement. Compared to competitors like Qualcomm’s Snapdragon 8 Gen series, Tensor-powered devices sometimes struggle to maintain performance under sustained high loads.
Future Pixel models are expected to adopt vapor chamber cooling systems or other revised thermal designs. For now, users of current models should exercise caution when using their devices in hot environments, particularly inside cars during the summer.
Editorial Opinion
In the short term, this incident serves as a wake-up call for all smartphone users regarding overheating risks, especially during summer car usage under conditions like broken air conditioning or direct sunlight. Manufacturers should clearly display proper overheating countermeasures in user manuals and initial device setups. Accessories like cooling-fan-equipped car mounts are becoming more prevalent, and their importance will likely grow.
From a long-term perspective, smartphone manufacturers need to revisit thermal design. As smartphones increasingly replace in-car navigation systems, designing devices that can operate reliably in conditions exceeding 50°C will become a critical differentiator. Advances in heat-dissipating materials and cooling mechanisms, as well as improvements in the thermal efficiency of Google’s Tensor architecture, could significantly enhance the reliability of the Pixel series.
The risks of sudden cooling causing condensation remain poorly understood by the general public. Manufacturers should go beyond merely warning users against putting phones in refrigerators and provide clear explanations of the damage mechanisms caused by condensation.
References
- “My Pixel 10 Pro overheated to 118F; I did the wrong thing to fix it”, by Rita El Khoury — Android Police, 2026-07-23T10:01:14.000Z (ARR)
- Source URL: https://www.androidpolice.com/google-pixel-10-overheated-did-wrong-thing/
Frequently Asked Questions
- What should I do first if my Pixel 10 Pro XL overheats?
- Disconnect the charging cable, remove the case, lower the screen brightness, close background apps, and place the phone in a shaded, well-ventilated area. Avoid sudden cooling methods like placing the device in a fridge or cooler, as this can cause internal condensation.
- How can I prevent my smartphone from overheating?
- Avoid using GPS on a car dashboard exposed to direct sunlight. If necessary, use a cooling-fan-equipped car mount and place the phone near an air vent. Keep the screen brightness to a minimum and close unnecessary background apps.
- Is the Pixel 10 Pro XL prone to overheating?
- Overheating depends on usage conditions. This incident occurred under extreme conditions: 38°C heatwave, a car without air conditioning, and direct sunlight while running GPS. While the Tensor chip is energy-efficient, its thermal management under high temperatures could use improvement.
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