2025 iPhone 17 sequence may comer with a redesign. Picture: Rajesh Pandey/Cult of Mac
Apple may make some large design modifications to the iPhone 17 Professional and Professional Max subsequent 12 months. One such change could be the shocking resolution to ditch the titanium body for an aluminum one.
A report means that the Professional fashions will swap to an aluminum digicam bump, changing the present 3D glass design.
iPhone 17 Professional may say goodbye to titanium
Apple switched to a chrome steel body with titanium edges with the iPhone 15 Professional in 2024. The corporate made a giant deal about this transition, as titanium is tougher to bend than aluminum. It’s also dearer than the latter, although it stands out for its density and sturdiness.
Apple plans to make “significant design changes” with the iPhone 17 Professional sequence subsequent 12 months, stories The Info. The corporate will apparently return to utilizing an aluminum body, ditching the titanium and chrome steel chassis.
For the reason that iPhone 13 Professional in 2021, iPhone Professional fashions have used a chrome steel body. Metal is extra sturdy and premium than aluminum, so it’s shocking to see the corporate transfer away from it in any case these years.
On the constructive facet, the swap to aluminum ought to make the 2025 iPhones lighter.
New design for the rear digicam housing?
The telephone’s rear digicam design may even supposedly endure notable modifications. Primarily based on the report, the rear of the iPhone 17 Professional and Max will use a “part-aluminum, part-glass design.” The underside half will use the glass panel to retain help for wi-fi charging.
The digicam bump will seemingly swap to aluminum, abandoning the present 3D glass. It also needs to get a measurement bump to accommodate the larger digicam sensors.
If the report is correct, Apple may make some large design modifications to the iPhone 17 lineup subsequent 12 months. These modifications mustn’t have an effect on the iPhone 17 Air, as it is going to possible observe a special design language attributable to its slim body.
