Second-generation iPhone Air: cameras, specs, 2027 launch

Source Domain: en.cryptonomist.ch

Apple is gearing up to launch the second-generation iPhone Air in spring 2027, and the upgrade looks more meaningful than a simple spec bump. According to people familiar with the matter, prototypes of the new model — internally code-named V62 — are already in advanced testing, with a second rear ultrawide camera and improved battery life among the headline additions.

Key takeaways

Apple is targeting spring 2027 for the second-generation iPhone Air, roughly a year and a half after the first model debuted in September 2025.
Prototypes add a second rear ultrawide camera, directly addressing the single-lens complaint that drew the most customer criticism.
The new Air will run on a variant of the A20 Pro processor, the same chip powering fall 2026 iPhones.
Apple is shifting to a staggered release schedule: premium models in fall, with the standard iPhone 18 and the refreshed Air arriving about six months later.
Battery life improvements are in development, though the slim chassis may limit how much gains are achievable.

Apple Prepares Second-Generation iPhone Air for Spring 2027

The first iPhone Air arrived in September 2025 as part of Apple’s push to grow its $210 billion iPhone business with fresh form factors. Now, less than a year after that launch, the company is already deep into building its successor.

The V62 prototype keeps the slim silhouette that defined the original — one of the thinnest designs in the smartphone industry — but pairs it with a more capable camera setup. The addition of a second ultrawide lens targets what has been, by far, the most common complaint about the current $999 model: its single rear camera felt underpowered compared to what rivals and even Apple’s own Pro line offer.

Battery life is the other front Apple is working on. The slim chassis has always made it harder to fit larger cells, so engineers are exploring a combination of efficiency gains and, where possible, physical battery size increases. The exact…

Source