iPhone 16 Pro 대 15 Pro: 낙하 테스트 내구성 비교

### 아이폰 16 프로와 아이폰 15 프로 비교: 내구성 낙하 테스트 결과
* ✈ 테스트는 **새로운 데저트 티타늄 색상과 눈에 띄는 카메라 제어 버튼**을 선보이는 iPhone 16 Pro를 떨어뜨리는 것으로 시작되었으며, **iPhone 15 Pro는 내추럴 티타늄**으로 선보였는데 두 기기 모두 눈에 띄는 무게 차이 없이 전원이 켜졌습니다.
* 📊 애플은 **아이폰 16 프로가 이전 모델에 비해 50% 더 강력한 세라믹 쉴드**를 탑재했다고 주장하며 낙하 테스트에서 성능에 대한 기대감을 높였습니다.
* 📉 주머니 높이에서 처음 떨어뜨렸을 때 **두 기기 모두 티타늄 마감에 눈에 띄는 손상**이 발생했으며, **16 Pro는 두 화면이 손상되지 않았음에도 불구하고 마모가 더 많이 나타났습니다.**
* 📉 테스트가 가슴 높이까지 올라가면서 **16 Pro는 여러 번 떨어뜨린 후 화면에 균열**이 생겼지만 **15 Pro는 정상적으로 작동**하여 최신 모델의 더 얇은 베젤에 잠재적인 문제가 있음을 보여주었습니다.
* 🔍 ESR은 테스트에서 관찰된 성능을 고려할 때 필요할 수 있는 **최대 23피트 높이의 낙하 보호 기능**을 제공하는 옵션을 포함하여 **iPhone 16용 보호 케이스**를 소개하는 동영상을 후원했습니다.
* 🛠 추가 조사 결과, **16 Pro의 베젤이 30% 더 얇아져 유리의 전반적인 내구성은 향상**되었지만 모서리 충격으로 인한 파손이 더 크게 발생하는 것으로 나타났습니다.
* 💔 결과적으로 **15 Pro는 연속적인 낙하에서 더 많은 복원력을 보였지만** 16 Pro의 화면 고장은 엇갈린 결과를 보여 두 모델 모두 보호 케이스가 필요하다는 것을 시사합니다.
* 📸 이 동영상은 **지속적인 콘텐츠와 스마트폰 디자인에서 내구성의 중요성**을 강조하며 시청자가 채널을 지지해 달라는 행동 유도 문안으로 마무리됩니다.

iPhone 16 Pro는 균열이 더 많이 발생했음에도 불구하고 더 잘 견디는 반면, iPhone 15 Pro는 조기에 고장이 나는 등 내구성이 엇갈리는 결과를 보였습니다.

all right. I flew across the world again to Sydney, Australia, to do an early drop test of the iPhone 16 Pro versus last year's iPhone 15 Pro to see which one is more durable. So, let's find out. First up, let's jump into the iPhone 16 Pro. This is the desert titanium color. All right, let's see it inside. That is a super light gold color this year. But you immediately notice the brand new camera control button on the side. And if we rip off the screen protector, turning on the phones for the very first time honestly does not feel any heavier than last year and looks decent in this finish actually, of course. So, this is a fair game. We have a new inbox iPhone 15 Pro as well, never been used, never been opened. Taking this one out of the box, of course, the exact same story as last year. We got this one in the natural titanium. Turning the iPhone 15 Pro on for the first time as well. There we go. Now, the whole reason I'm doing this is for one

thing that Apple said they made the claim that on the iPhone 16 Pro with the larger displays, they actually improved the durability of the ceramic shield on top. They claim about a 50% improvement over what's on the 15 Pro and before. So, it sounds like during these drops, especially on the front, the 16 Pro should perform much better in some way. And I'm very curious to see if that is actually going to be the case. So, let's get started. Let's start off first with a casual drop out of your pocket on the side of the phone in three, two, one. Don't think there's going to be any damage whatsoever. Well, except for actually quite a bit of damage across the titanium on both. That wasn't that big of a drop, and it seems like a huge chunk out of the more painted titanium on the 16 Pro. But of course, the screens, the phones are actually fine. Now, stepping it up a little bit from chest height in 3, 2, 1. Totally good on the screens. You would

expect that from these drops, but even more damage, especially on that 16 Pro. It seems to show it a bit more with the slightly different color titanium. Now, here's where you're going to start to expect to see some different results as you go a bit higher, but still on the sides. I would expect these to be fine. 3, 2, 1. Looks like we're starting to see even more damage on the bottom just 'cause I am really bullying this edge, but still holding up remarkably well. Like, no impact or scratches on the display. These actually look really good so far for even an unrealistic drop from that high. All right, last edge drop all the way up here. 3, 2, 1. And again, these phones sound like they are performing remarkably well. Oh, except on the bottom of the 16 Pro. It's shut off, and there's actually a crack on the screen already. The 16 Pro is not turning on after four drops, which is, uh, not great. As you can see, the last year 15 Pro is still totally fine. Uh, the 16

Pro is uh give us one second so it's really hard to see but it actually shot up the entire display off of that single crack. Seems like whatever that dent was, it sort of impacted the whole display. Maybe it's because the bezels are so much thinner now with this crack happening so early. That's why I parted up with ESR, who sponsored today's video, to show you their brand new suite of cases designed specifically for iPhone 16. ESR has released three great new cases this year, starting off with my favorite, the classic hybrid. I really like this clear case vibe because it allows you to enjoy the color of your phone while also offering 11 ft of drop protection. As you can see, not only is the case sleek and protective, it's also tested to exceed military-grade standards. On the back, there's the stash stand, which allows you to unfold it to prop up your phone however you like, as well as also protecting the camera at the same time. Plus, the slim design also houses super

fast MagSafe charging, so your phone will charge faster in this than with other cases, but it's so slim that it even works with all your same MagSafe accessories. There's also the Cloud Soft Case that has a different material that feels a bit nicer in your hand too, with also 11 ft of drop protection, which is super impressive. Or for the most protection, there is the Cyber Tough Case. Not only does this have an even greater 23 ft of drop protection, but there's also Air Guard Corners, a 1.2 mm raised screen edge for front drops, and a 0.7 mm camera guard on the back. So use my links down below in the description to grab one of these ESR cases for yourself. A huge thank you to them for sponsoring. Now let's get back to it. So upon further inspection, I'm really thinking that the thinner bezels on the 16 Pro, which Apple reduced by about 30%, are making it so that these corner impacts, which are usually fine, shoot it straight into

the OLED controller and display because the phone is done like the screen broken not turning on. It's still vibrates when you press it, but uh regardless the actual screen itself is still mostly fine. So I want to see how far we can push these phones starting off with some backdrop tests from around the waist height again in three to one. All right once again got some damage on the exterior here but the front is basically in identical position as before going a bit higher from chest height here in three two 1 picking these up. Oh all right we've got our first back glass damage on both phones and it seems like basically exactly where they hit they have the exact same spiderweb shred damage but again that was pretty high and we are directly on concrete which is basically worst case scenario. I think as we go even higher this is probably going to be terminal velocity for the backs on these phones in 3 2 one. That one looked bad didn't it. All right so actually impressively while the 15 Pro completely shattered on the back.

the 16 Pro is looking a little bit chunky there, but the rest of the glass is perfect. That being said, usually the toughest drops for phones to get the complete shattering on the front, like we have on the back, it's going to be the front screen. Although, again, Apple says it's supposed to be stronger, even though that hasn't been the case so far. Let's start off with a direct front test from waist height in three, two, one. Taking a look at these phones here, looks like we've got another huge scratch on the 16 Pro, becoming more apparent. But the 15 Pro display, once again, we do have a shatter up at the very top where it hit that corner, and it does spread a bit to the side. But I would say the 15 Pro is still fully usable and intact. Still no power, though, on the 16 Pro, which means we got to take the 15 Pro even higher this year to about chest height. Three, two, one. 15 Pro is still completely that's

actually a crazy drop for this phone to survive. The 16 Pro, on the other hand, we're seeing worsening cracks from the same area, but now, I mean, the 15 Pro is handling this test remarkably this year. If we go even higher, all the way up here, dropping from the front in three, two, one. That was direct on both. It was a pretty clean drop. The back continues to just absolutely go through it, and the 15 Pro, even the 16 Pro, is looking roughly the same. It's just more damage from that initial drop that got it in the corner. It really seems like the corner could be the Achilles heel for the pros this year. Since the 15 Pro is still doing so well, I think we have to step it up to some stairs because I want to see how far we can drop this phone before the front cracks. It is doing remarkably well for the old generation ceramic shields. We're going to start off here in three, two, one. Okay, now this is really interesting. So the 15 Pro on that drop, which is I

don't know what 12 13 ft probably in the US. It completely cooked the ceramic shield. Like, it is. This screen is done. The 15 Pro is out of the game. Back destroyed, front destroyed, sides have seen better days. What's really, really interesting to me is even though the display isn't working, even though we cooked it on that early drop, it's not nearly as cracked for the exact same drop. Here's why this one's fascinating. You can see on the 15 Pro that's exactly where it came into contact, and that crack went through the entire display, just all the way up, immediately ruining the entire thing essentially. But on the 16 Pro, it's different. While the 16 Pro broke really early on from that corner, on these successive drops, you can see all of this different damage that has happened in different areas, but it's way less severe overall. You can see it starts and spreads, but the display panel itself is way less cracked and sharp overall, and I think that's due to the

new ceramic Shield apple is using kind of leading to mixed results. It seems like because of the bezels on the 16 Pro, depending on where you drop it, it may crack easier in some areas. Yet in other cases, it actually holds up better. So I want to keep going to see if we can get this level of destruction on the actual glass component of the 16 Pro. So this is a super unrealistic drop just to test if this glass can act in the same way 'cause it's definitely starting to act different. In three, two, one. I mean, this is actually pretty remarkable. As we're going through here, look at how just perpetually destructed the 15 Pro screen is. The 16 Pro, again, while the display itself broke, the glass is not sharp at all. That's actually mad impressive that the glass itself is just not breaking. I guess we got to go even higher. Here we go. Three, two, one. Okay, so finally we got the display, but again, it's acting different. You see how it's stopping? It doesn't go through.

the whole screen. That's actually a very important and impressive upgrade 'cause it means if one part of your display gets cooked, the rest should in theory be fine. I mean, you can just see that side by side there. The spider webbing on the 15 Pro is crazy. Again, both exact same amount of drops and even more structural damage on the 16 Pro, and it did not spread. That being said, on the back of both of these phones, it is not looking good for 16 Pro or 15 Pro. We have tons of carnage up here, including a bit of a separation here on the back of the 16 Pro. Seems like the back glass has not really been improved or changed whatsoever year over year. So this is by far the most interesting drop test I've ever done because while the 16 Pro absolutely underperformed at the beginning, I mean, the display panel stopped working just after some easier side drops. After really focusing on that front display and taking a closer look at the ceramic shield, I mean, you can

just see the difference is night and day. What Apple has done is essentially engineered that when you do have a big crack on your screen, it's not usually catastrophic. However, on the 16 Pro specifically, I think there's a catch because, well, the bezels are just so thin. So, when you're getting something like a corner impact or something that just barely touches that edge of the screen, the display panel of the 16 Pro was extremely fragile and noticeably more so than on the 15 Pro. Just because I think you're basically coming into contact with the screen panel first, a mix of results that I definitely wasn't expecting. And I personally, I'm going to still be rocking a case on my iPhone 16 Pro. Again, links down below in the descript for that. A huge thank you to you guys for watching this and for supporting me to go all the way across the world. More videos coming soon. Drop a like if you enjoyed. Hit subscribe for more. I've been St. Catch you in the next one.

bye-bye. The 15 Pro screen is starting to struggle a little bit here, where the 16 Pro just gave up. It seems like the 15 Pro is trying its best to deliver a good screen experience, but the number of cracks is just not great. One second, let me take a photo just by folding my camera back into place. Good as new.

iPhone 16 Pro DROP TEST! Is It BETTER?

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아이폰 16 프로와 아이폰 15 프로 비교: 낙하 테스트

iPhone 16 Pro는 새로운 카메라 제어 버튼과 더 밝은 골드 색상이 특징이며, 15 Pro는 내추럴 티타늄 마감 처리가 되어 있습니다.

16 Pro의 세라믹 쉴드 내구성이 50% 향상되었다는 Apple의 주장은 일련의 낙하 테스트를 통해 검증되었습니다.

처음에는 비슷한 성능을 보였지만 결국 16 Pro는 4번 떨어뜨린 후 화면이 꺼지고 금이 갔지만 15 Pro는 무사했습니다.

더 얇은 베젤이 아이폰 16 프로에 미치는 영향

아이폰 16 프로의 디스플레이는 베젤이 얇아 한 번만 깨져도 심각한 충격을 받습니다.

ESR은 최대 23피트 높이에서 낙하를 방지하고 세련된 디자인과 마그네틱 세이프 충전 기능을 갖춘 새로운 iPhone 16용 케이스 제품군을 출시했습니다.

비디오의 백그라운드 테스트 결과 iPhone 15 Pro와 16 Pro 모두 비슷한 손상을 입었으며, 15 Pro는 더 높은 곳에서 떨어뜨렸을 때 뒷면이 완전히 깨졌습니다.

iPhone 15 Pro 및 16 Pro의 내구성 테스트

iPhone 16 Pro는 두툼한 디자인이지만 전력에 어려움을 겪고 있으며 낙하로 인한 균열이 악화되고 있습니다.

그러나 15 Pro는 놀랍게도 복원력이 뛰어나서 높이에서 여러 번 떨어뜨려도 손상을 거의 입지 않았습니다.

15 Pro는 상당한 낙하 후 결국 고장난 반면 16 Pro는 덜 심하고 더 분산된 손상을 보여 충격의 패턴이 다르다는 것을 알 수 있습니다.

세라믹 쉴드를 사용한 Apple 16 Pro의 내구성 테스트

16 Pro의 세라믹 쉴드는 낙하 시 일부 영역이 다른 영역보다 쉽게 깨지는 등 엇갈린 결과를 낳고 있습니다.

16 Pro의 유리는 디스플레이가 깨졌음에도 불구하고 날카롭지 않고 손상이 퍼지지 않아 인상적인 복원력을 보여줍니다.

그러나 16 Pro와 15 Pro의 후면 유리는 모두 상당한 손상을 보여 전년 대비 크게 개선되지 않은 것으로 나타났습니다.

아이폰 15 프로와 16 프로 화면 비교하기

iPhone 16 Pro는 더 얇은 베젤과 모서리 충격으로 인해 15 Pro에 비해 디스플레이 패널이 더 취약합니다.

15 Pro는 균열로 어려움을 겪고 있는 반면 16 Pro의 화면은 완전히 망가졌습니다.

스피커도 15 Pro의 스피커는 작동이 잘 안 되고 16 Pro의 스피커는 전혀 작동하지 않는 등 문제가 발생하고 있습니다.