iPhone 17 Pro Max Expected to Be 5% Thicker Than iPhone 16 Pro Max, Suggesting Larger Battery for Upcoming Flagship

Apple continues to innovate in terms of smartphone design, particularly regarding battery capacity in its premium offerings. The iPhone 15 Pro Max and iPhone 16 Pro Max showcase a modest yet meaningful improvement in runtime, attributed to a slight increase in battery size. Interestingly, both flagship models maintain a uniform thickness of 8.3mm, which may represent the upper limit for Apple. Recent speculation suggests that the upcoming iPhone 17 Pro Max could be slightly thicker, thus allowing for enhanced battery dimensions.

Speculations Surrounding the Thickness of the iPhone 17 Pro Max

Prominent leaker Ice Universe has recently suggested that the iPhone 17 Pro Max will feature a thickness of 8.725mm, marking a 5% increase compared to its predecessor. However, it remains unclear whether Apple plans to integrate advanced silicon-carbon battery technology—something that has become popular among Chinese manufacturers—to maintain or even improve battery life without necessitating a change in thickness.

Despite Apple’s ongoing efforts to implement this innovative technology, no definitive timeline has been released regarding its introduction. Analyst Ming-Chi Kuo opines that the iPhone 17 Air may utilize high-density batteries, but it remains uncertain if the transition to silicon-carbon cells will occur within the year. The speculated increase in thickness for the iPhone 17 Pro Max may be a strategic move to keep pace with competitors, some of which are launching devices with battery capacities exceeding 6, 000mAh.

ExclusiveThe iPhone 17 Pro Max has a thicker body, 8.725mm pic.twitter.com/kGRh28CMbD

— ICE UNIVERSE (@UniverseIce) March 7, 2025

While Ice Universe has gained a reputation for accurate leaks, it’s essential to approach these claims with some skepticism, as previous predictions have proven erroneous. We will continue to monitor this developing story for further updates.

For more information, visit the original news source by Ice Universe.

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