Everything points to 2025 being a different year for Apple. The Californian firm has repeatedly demonstrated its desire to change the game, and with the launch of the iPhone 16e, it already hinted that this year would be different. It’s time for a change.
Apple is expected to unveil four different iPhone 17 models in September. The company will launch an iPhone 17, an iPhone 17 Pro, an iPhone 17 Pro Max, and an iPhone 17 Air with an ultra-thin design that is expected to replace the iPhone 17 Plus.
The iPhone 17 Air will be an extremely thin iPhone model. Rumor has it that it will be just 5.5 mm thick, making it the thinnest smartphone ever.
A video compares the size of the iPhone 17 Air with the iPhone 16 Pro.
We’ve seen a ton of leaks about the design of the iPhone 17 Air and other iPhone 17 models. Many content creators and insiders have shown off cases and mockups of this slim iPhone to see what the phone would feel like in their hands.
The last time someone showed off mockups of the iPhone 17 Air, we saw a phone almost as thin as its side buttons. This time, a YouTuber known as Sam Kohl of the AppleTrack channel compares the dimensions of all iPhone 17 models with the iPhone 16 Pro.
Additionally, the video offers all the details on the rumored technical specifications for each device. But the truly exciting thing about the video is that it won’t be very different from the first impressions of the iPhone 17 lineup when they hit the market.
While the iPhone 17 will retain the essence of the iPhone 16 design, the other next-generation models will feature a revamped design with a much longer bezel for the rear camera module. In the case of the iPhone 17 Air, the bezel will be much narrower because the phone is believed to have only a single camera.
According to all the information we’ve gathered about this ultra-thin mobile phone, the iPhone 17 Air would have a screen of about 6.6 inches and a variable refresh rate of up to 120 Hz. It would arrive with an A19 chip and an aluminum finish that will replace aerospace titanium.
