The
observations in this article match what I saw at two different Apple stores in the DC area this weekend. The backs of iPhones are indeed getting scratched. The cause looks to be the custom MagSafe pucks Apple uses for displaying the phones. These have a metal ring around the edge for some reason and these are all mangled and deformed after years of customers taking phones off and slamming them back on.
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The sharp edges from the metal are what is scratching the Ceramic Shield on the back of the Air and Pro phones. It’s most visible on the darker colorways. But it is definitely happening to all of them.
I think a few things are simultaneously true:
- The Ceramic Shield 1 on the back of these iPhones is less resistant to scratching than whatever glass Apple used on the back of the iPhone 11 Pro-16 Pro. This matches our anecdotal experience with recent iPhones with Ceramic Shield 1 on their screens (12-16). They seemed to scratch very easily (often with no identifiable cause). Not surprising a back panel (which comes into contact with way more things) made out of the same material would be susceptible too.
- Apple never claimed this glass was more scratch resistant. Apple claimed it was significantly more resistant to shattering when dropped. Early tests appear to bear that out.
- The damage we are seeing on the demo phones is cosmetic. It won’t affect how the phone works in any way. You as a regular user are less likely to pick up marks as quickly since you are likely not using a MagSafe charger that has a mangled metal ring around the edge. But it’s still going to happen eventually if you don’t put your phone straight into a case.
It’s unfortunate that the materials on this generation seem to be less durable from a cosmetic standpoint. I used my 16 Pro without a case 95% of the time and all it has are a few scratches on the screen and a tiny chip in the glass of the camera plateau from a few drops. The titanium ring still looks new. But the new 17 Pros have shown to be markedly more durable from a usage and functionality standpoint overall in early tests. And that’s something I care much more about at the end of the day.