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Repair site iFixit today did one of its traditional teardowns on the iPhone Air, which is Apple's thinnest iPhone to date and the first major redesign we've seen in the iPhone line in several years.


To fit all of the necessary components in a 5.6mm frame, Apple designed a camera "plateau." The iPhone Air's logic board is partially inside of the camera bump, providing space for a large, metal-encased battery. The position of the logic board also ensures that it's protected from bending stress if the iPhone Air happens to flex, though we've seen in several tests that the titanium frame of the device is almost bend-proof.

iFixit tried bending the iPhone Air frame without any of the components inside, and it wasn't quite as durable as it is when it's fully packed. The frame easily bent, because there are weak points where Apple had to add plastic gaps to prevent cellular interference. As to whether the weak points will be an issue for iPhone Air owners, iFixit says "time will tell."

ifixit-iphone-air-teardown-display.jpg

Earlier this week, iFixit took apart MagSafe Battery that Apple designed for the iPhone Air, and speculated that Apple was using the same battery for the accessory that it used in the iPhone Air. That's now confirmed, and Apple did indeed include an iPhone Air battery inside the MagSafe Battery pack. The battery has a 12.26 watt-hour capacity, and you can take the battery out of the MagSafe Battery pack and put it in an iPhone Air with no issue.

Though the iPhone Air has a thinner design than usual, it's easier to repair than you might think. There isn't room for layers of components, and iFixit says that the thin chassis keeps parts from getting buried. Apple is using a clipped-in display and back glass that's easier to remove. For the battery, Apple is using adhesive that can be loosened with low-voltage electrical current. It's a design that Apple introduced last year with the iPhone 16, and now it's expanded to other models.

ifixit-iphone-air-teardown.jpg

Apple 3D printed the USB-C port for the iPhone Air to get it to fit in the chassis, and iFixit found that the company is indeed using a 3D printed titanium alloy that's not as scratch resistant as the frame, but is "structurally robust." The USB-C port is glued in place, but it is modular and can be removed if needed.

The iPhone Air logic board includes the C1X 5G modem, the N1 networking chip, and the A19 Pro, all of which Apple designed. The iPhone Air is the first iPhone to have so many custom-designed Apple chips. The other iPhone 17 models also have the A19 and the N1, but the iPhone Air also gets the C1X instead of a Qualcomm modem.

Overall, iFixit gave the iPhone Air a provisional repairability score of 7 out of 10, because it's easier to get to the battery and not too difficult to replace a screen. Apple has also made efforts to release spare parts and manuals for iPhone repair, and has scaled down software locks and restrictions on parts pairing, improving its iPhone repairability scores.

Make sure to watch iFixit's full video to see the iPhone Air disassembled piece by piece.



Article Link: iFixit Teardown Reveals How Apple Made the iPhone Air So Thin
 
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The ability to 3D print steel and titanium at scale is a massive flex, and is sure to be underappreciated forever. The exact same battery part as used in both the Air and the new MagSafe Battery suggests to me that there may be some hoarding in the future since you could in theory buy the battery, take it out of its shell, and swap it into the Air without worrying about parts pairing (?).
 
I got the 17PM but it really seems like the Air is the most well built out of the 17 Series. Seen some drop tests and it seemed to hold up the best
Apple spends a LOT of money to make sure their phones can survive drop tests. Everything on the logic board down to the capacitors is custom. The interposer structure they use is expensive. They underfill individual components without bothering to group them. etc. etc. Except for Samsung, no one else really has the margins to do this sort of stuff.
 
As to whether the weak points will be an issue for iPhone Air owners, iFixit says "time will tell."
Let's be pragmatic; how many iPhone air owners will deliberately remove all of the internals in order to assess the bend risk? The point of buying a telephone is not to attempt to break it.

Let's buy a new car and crash it to see if it bends. Oh look, it does, it must be a dud 👏😆
 
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How many iPhone air owners will remove all of the internals thereby increasing the bend risk, and, anyone who does is doing it deliberately. Crash a car to see if it bends. Oh, look, it does, it’s a dud 👏😆
In three years, the MagSafe battery should still cost $99 and a iPhone battery replacement will cost at least $119. For those with a little DIY spirit it's an invitation.
 
Great process innovation. Now use it to make a mini.

I remain hopeful once we have Silicon Carbon Battery within Apple's Product. Apple will release an iPhone Air Mini that is 5.95" at probably $899. It would have a battery life that is even better than current iPhone Air.

In Apple's cadence that wont be for at least another 2 years. So earliest 2028. Considering Next year is Foldable iPhone and 2027 is 20 years anniversary. 2028 sounds about right.
 
I feel like apple just goes back and forth with the material the iPhones are made out of. Glass, Plastic, Aluminum, Titanium, Stainless Steel. Aluminum and color paint will not hold very well at all. I loved how sturdy and heavy the iPhone XS Max felt.

Sadly I will not be upgrading to the 17...first year I don't upgrade!
 
I feel like apple just goes back and forth with the material the iPhones are made out of. Glass, Plastic, Aluminum, Titanium, Stainless Steel. Aluminum and color paint will not hold very well at all. I loved how sturdy and heavy the iPhone XS Max felt.

Sadly I will not be upgrading to the 17...first year I don't upgrade!
Alu is anodized. Not painted.
It holds very well! proved by all Macbooks, ipads, watch, airpods max, normal iphones since iphone 6.

You are welcome
 
I would love to see Apple make an iPhone Air similar to the Pro's uni-body, however with titanium instead of aluminum. Having the backing/plateau made mostly out of titanium instead of glass, would make this phone almost indestructible.
 
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