Will the iPhone Ultra be the easiest foldable to repair?

The debut of Apple in the foldable smartphone sector is accompanied by numerous rumors, but attention is shifting to an aspect often overlooked in this complex category of devices: maintenance and access to internal components.

The future model, which according to several reports could bear the name iPhone Ultra, would not only focus on unprecedented dimensions, but on real ease of repair.

iPhone Ultra, is Apple betting on repairability?

Until now, foldable smartphones have proven particularly difficult to take apart due to the tightly packed arrangement of hardware components, the natural fragility of flexible displays, and intrinsically complex cabling.

Just think that the Google Pixel 9 Pro Fold, considered one of the most affordable models in its category, has obtained a repairability score of only 4 out of 10 from the experts of the well-known site iFixit.

According to recent information from the insider Instant Digital on the social platform Weibo, the Californian technicians would have developed a remarkably clean internal structure, designed specifically to avoid excessive cable crossing in favor of a highly modular arrangement.

This specific choice would dramatically reduce the risk that a technician might pull, accidentally disconnect, or damage the delicate connections during the opening phase of the housing.

To achieve this result, the motherboard would have been placed entirely on the right side of the device, routing the contacts upward to reach the volume controls. As previously suggested by the same informant, the buttons to adjust the audio should indeed be located on the upper-right edge of the chassis, bearing a strong resemblance to the external configuration already adopted on the iPad mini.

Also on the right edge of the frame would be the power button, integrated with the biometric sensor Touch ID, and the physical control dedicated to using the camera.

This rational organization of the footprint would leave the entire left half of the device completely free, dedicating it to hosting the internal components necessary for display management and the battery, which, according to the first estimates, will be the most capacious ever inserted in an iPhone from Apple.

Regulatory pressures and design choices

This profound reorganization is not an isolated event but fits into a precise industrial path that Apple is pursuing in response to pressures from the market and from institutions.

In recent years, the company has indeed introduced several design changes to make its devices easier to take apart, adapting to growing international legislative pressures and to the demands of the right-to-repair movement.

An example of this course is represented by the iPhone 16 lineup, from which the battery replacement procedure has been significantly simplified through a system of adhesive removal induced by applying a low electrical voltage.

If the leaked details about the new flexible model should be officially confirmed, the company would be able to extend this engineering sensibility to within a product category in which maintenance interventions are usually long and costly, ensuring a practical advantage for both service centers and the actual hardware durability.