The long-rumored “iPhone Ultra” foldable is back in the spotlight after fresh schematics and CAD drawings surfaced, reinforcing a targeted Autumn 2026 launch alongside the iPhone 18 Pro series. The leaked dimensions suggest Apple is deviating from the “tall and narrow” trend seen in competitors like the Samsung Galaxy Z Fold. Instead, the iPhone Ultra is tipped to feature a “passport-style” form factor that is wider than it is tall when unfolded. According to the schematics, the device will boast a massive 7.8-inch internal display with a 4:3 aspect ratio, effectively transforming into a pocketable iPad mini. When closed, the outer screen measures approximately 5.5 inches, offering a squarer, more tactile interface that reportedly allows for easier top-bezel reach.
Technical specifications highlight Apple’s obsession with thinness, with the device rumored to measure just 4.5mm when unfolded and roughly 9.23mm to 9.5mm when folded. This would make it one of the slimmest foldables on the market, rivaling the profile of the upcoming iPhone Air. To achieve this, Apple is reportedly utilizing a new “liquid metal” hinge and an optically clear adhesive that acts as a cushion to minimize the screen crease to under 0.15mm. The schematic also reveals that the volume buttons have been moved to the top edge, and in a surprising twist, Touch ID is expected to return via the power button, replacing Face ID to accommodate the ultra-thin bezel design.
While the “Ultra” is expected to be a performance powerhouse powered by the 2nm A20 chip, the leak suggests some hardware compromises to maintain its slim profile, such as the potential absence of a telephoto lens in favor of a dual 48MP camera setup. Positioned as a luxury productivity tool, the iPhone Ultra is currently tipped for a September 2026 announcement, with a premium price tag expected to start between $1,999 and $2,399. If these dimensions hold true, Apple’s entry into the foldable space could standardize the wide-screen format, potentially disrupting the current landscape of hybrid mobile devices.
