Insider chatter from Ice Universe provides detailed visuals of the iPhone 15 Pro Max, drawing on a leaked CAD model to illustrate the device’s evolution.
From the newly released renders, the iPhone 15 Pro Max appears to adopt a more compact footprint compared to its immediate predecessor. The overall height and width look reduced, with the device reportedly about 0.4 mm thicker than the iPhone 14 Pro Max. These subtle changes suggest a refreshed chassis design that aims to balance a familiar silhouette with a touch of modernization.
Another notable shift is the camera block, which is shown as less protruding. The renders indicate the camera module sits approximately 0.59 mm closer to the body, signaling a tighter, cleaner profile. Coupled with this, the edges of the frame seem to curve more than before, a move that could translate into a more comfortable grip for everyday use and a sleeker aesthetic in hand.
In a departure from traditional hardware, the renders omit visible volume and power buttons. Prior reports have floated the idea that the iPhone 15 Pro could adopt touch-based controls paired with a Taptic Engine, echoing the Home button experience from earlier iPhone generations such as the iPhone 7, 8, and the current SE. If realized, users might experience a touch-sensitive surface that responds with haptic feedback rather than mechanical press actions.
When it comes to the release timeline, the iPhone 15 series was anticipated to debut in September 2023, aligning with Apple’s historical cadence for flagship launches. Market watchers have continued to speculate about refinements and feature sets across the lineup as new months unfold.
Earlier on social channels, additional renderings purportedly confirmed the presence of Dynamic Island on the iPhone 15 Plus, reinforcing that Apple would extend the interactive display-era element across more models in the family. As with any early visuals, rumors and CAD-based depictions should be weighed against official confirmations once Apple reveals its full specifications and design decisions. [Citation: Ice Universe]