It seems that “Apple” has taken two steps back instead of one step forward with the iPhone 15 Pro, as a major flaw of the iPhone 15 Pro, which sells for millions of rupees, has come to light.
The iPhone 15 has a new back glass panel that’s easy to repair, but it’s also surprisingly easy to break.
Popular YouTuber “JerryRigEverything” has released a durability test video of the new iPhone 15 Pro, showing how easy it is to break its back glass.
A drop test video also shows that the phone can break even when dropped from as high as a pocket.
As for durability tests, YouTuber Zack poked the phone with his knife for the usual scratch test, which resulted in knife-tip scratches on the titanium frame, but the matte back looked pretty scratch-resistant. came.
But the bending test was the most dangerous part because it happened that no one expected, not even Zack himself.
Modern phones don’t break as easily in bending tests, but the iPhone 15 Pro Max didn’t take much effort to break.
But the good thing is that Apple has taken steps to replace the back glass of the iPhone 15 Pro this year at a lower cost.
Decoding JerryRigEverything’s video on iPhone 15 pro:
The Magic of Titanium
Titanium, often referred to as the coolest metal on the planet, is renowned for its extraordinary properties. It is biocompatible, making it suitable for medical applications like artificial joints and bone repair. Furthermore, titanium plays a crucial role in interstellar spacecraft and robots exploring other planets. In a personal touch, the author mentions having a titanium ring reclaimed from a wheelchair, highlighting the versatility of this remarkable metal.
Deciphering Titanium Grades
Titanium comes in various grades, with Grade 1 being the cheapest and easiest to work with. However, the iPhone 15 Pro Max takes things up a notch by incorporating Grade 5 titanium in its construction. The author elaborates on the significance of this choice, setting the stage for a discussion on the cost disparity between titanium and other materials like aluminum.
The Price of Prestige
A fascinating insight into the economics of materials is provided as the author compares the cost of a titanium bar with an equivalent aluminum bar. The considerable difference in price underscores the exclusivity of titanium. Readers gain an appreciation for the material’s unique allure and why it’s an attractive choice for premium devices.
Titanium’s Visual Charms
Beyond its practicality, titanium possesses aesthetic charm. The text describes how titanium transforms when subjected to heat, creating mesmerizing and predictable rainbows of color. This unique property adds to the iPhone 15 Pro Max’s visual appeal.
Unboxing the iPhone 15 Pro Max
The article takes readers through the unboxing experience of the iPhone 15 Pro Max. The device’s design, feel, and the inclusion of a new braided USB-C cable are highlighted. The anticipation builds as we prepare to explore the phone’s durability and construction.
Testing the Limits
The author embarks on a journey to test the iPhone 15 Pro Max’s durability. Scratch resistance, a crucial aspect of smartphone screens, is evaluated. The ceramic shield glass earns praise for its durability, but the real surprise comes during the bending test, which ends with unexpected results.
Peering Inside
Delving further into the iPhone’s construction, we discover Apple’s claims about repairability and the incorporation of recycled aluminum in the internal structure. This revelation provides valuable insights into Apple’s commitment to sustainability.
Display Brilliance and Heat Resistance
The article sheds light on the iPhone’s display features, such as its impressive brightness and high refresh rate. Additionally, the device’s response to heat is examined. Readers gain an understanding of how the iPhone 15 Pro Max performs in real-world scenarios.
The Unanticipated Bend Test
In an unexpected twist, the author conducts a bend test on the iPhone 15 Pro Max and is left astounded by the results. iPhones are typically known for their durability, making this outcome particularly surprising. The article explores the potential reasons behind this unexpected turn of events.
Heat-Induced Transformation
Readers are taken through a fascinating experiment involving heating the iPhone’s titanium frame. The article describes how the frame reacts to the heat, changing colors in the process. This experiment confirms the use of real titanium in the device’s construction.
The Case Conundrum
Clear cases are a popular choice for showcasing the beauty of premium smartphones. However, the article warns readers about the potential downsides, including yellowing due to exposure to sunlight. It offers advice on maintaining the appearance of clear cases.
Regular iPhone 15 Pro: A Different Fate
To provide a comprehensive perspective, the regular-sized iPhone 15 Pro undergoes bending tests. Unlike its larger counterpart, it emerges unscathed, highlighting the differences between the two models.
Teardown and Titanium Layer
The article concludes by hinting at an upcoming teardown of the iPhone 15 Pro Max, promising to reveal more about the device’s titanium layer. This final section leaves readers eager to learn more about the intricacies of Apple’s groundbreaking choice of material.
