How much 'Titanium' does iPhone 15 Pro *actually* have? - NO SECRETS HERE!

Today we completely dismantle a new iPhone 15 Pro Max to see how much titanium Apple has overlayed onto their aluminum frame. Anker Nano USB-C Fast Charging Lineup for iPhone 15 on Amazon: ankerfast.club/HNUBgh and on Anker.com: shop.anker.com/21iTX8 According to lab tests, the 5,000mAh Anker Nano Power Bank can charge an iPhone 15 to 79%. Power loss from internal components may prevent a full charge.
Titanium is a really expensive material. Titanium is also EXTREMELY difficult to work with. But its really cool to see how Apple has assembled their new iPhone 15 Pro Max from the inside. We also take apart Apple's Tetra-Prism camera to see how the 5x Telephoto lens functions.
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JerryRigEverything assumes no liability for property damage or injury incurred as a result of any of the information contained in this video. JerryRigEverything recommends safe practices when working with power tools, automotive lifts, lifting tools, jack stands, electrical equipment, blunt instruments, chemicals, lubricants, expensive electronics, or any other tools or equipment seen or implied in this video. Due to factors beyond the control of JerryRigEverything, no information contained in this video shall create any express or implied warranty or guarantee of any particular result. Any injury, damage or loss that may result from improper use of these tools, equipment, or the information contained in this video is the sole responsibility of the user and not JerryRigEverything. Only attempt your own repairs if you can accept personal responsibility for the results, whether they are good or bad.

[@AddyV]

This might be the most destructive teardown he has ever done

[@grovvy_essence.1070]

Bro killed all the vibes around the new iPhone in just one day.

[@AgentRamirez6]

This type of videos makes me wanna make more money and retire at young age. I actually uploaded a video in my channel regarding that, and it's been working out so far. wish me luck!

[@Dailydoseofshock]

An angle grinder is something I won’t expect in a phone teardown💀.

[@_hari_patel_]

Jerry ruined everything 😢😂…

[@thimani6560]

Please don't do that, send the natural titanium to me, don't teardown such a nice phone.

[@Pr3stag3]

I think it's hilarious imagining the phone going through the production process and being packaged and sent out it's new loving customer and the phone seeing Jerry opening it up and the phone thinks "oh dang it that's me screwed"

[@plymouth3011]

Forget the iPhone... this dude a new level of respect from me for the F91W

[@astridgrubbs4451]

Recent Materials Engineering graduate here: solid state diffusion doesnt need a glue or epoxy or anything like that, they put the metals in direct contact with each other and then heat them up to a certain fraction of the metals' melting point (dont know what that fraction is, i didnt focus on metals too much) and then the ions inside the metal will just shake around and actually bleed from one metal into the other metal, binding them into a single piece. It's kind of like when you pour milk in coffee and you can see the milk bleed through and mix with with the coffee. They just stop the metals diffusion after they've combined rather than letting them completely mix.

[@khaosASMR]

I've watched him tear down so many phones but it still breaks my heart a little when he destroys a new one 😢

[@UncleRicoOSU]

Wow. I used to own a cell phone repair shop with a friend. We were typically working on anything from iPhone 4’s to iPhone 8’s which were the latest version at the time. Each new release would have a simpler internal design and be easier to work on. (Less parts, screws, etc). Looking at this video it seems they’ve moved back in the opposite direction.

[@scottodonnell9821]

I believe the reason the back glass broke in your durability test is that giant circular hole in the frame that leads to the battery. It creates a bit of room to flex the glass past its breaking point.

[@TimeBucks]

Informative and entertaining

[@Erowens98]

The way apple describes it, i suspect the aluminum and titanium is bodned via diffusion welding. However, due to the dissimilar atomic structure of the metals an extremely thin intermediate layer of something like nickel or copper would be necessary.

[@lijohn3]

10:32

[@himiization]

the new "foil" is known as an Electromagnetic interference (EMI) strip. we use them on aircraft for static and stuff like that around our electronics to prevent unwanted noise or interference in an electrical path or circuit caused by an outside source.

[@akshat1234100]

The inside of the lens is beautiful. I finally understood how optical stabilisation works. In old canon cameras, it’s the lens that stabilises but here the sensor stabilises the video.

[@rsrabbyrs6821]

This is really a very useful video. You have clearly explained the facts under this topic. Thank you very much for presenting such an important video.

[@PabloCimadevila]

Very useful video. Now I know that the titanium bezel is 1mm thick, so it is possible to set diamonds around it :) Love your videos Zack!

[@CreatorQuotes17]

Very useful video. This is a 100% maximum effort and it is very interesting to see the technological development paradigm towards the use of several materials that are actually strong on smartphones, even though only on the frame and not the glass itself.