iPhone Air: Surprisingly Strong Despite Its Thin Design
â–Ľ Summary
– The iPhone Air is extremely thin at 5.6mm but features a titanium frame that is stronger and more elastic than aluminum.
– A YouTuber performed a bend test on the device and found it only bowed slightly under extreme manual pressure without cracking.
– The iPhone Air immediately returned to its original shape after the manual bend test, demonstrating its resilience.
– The YouTuber used a crane scale and metal bars to apply precise pressure and determine the exact force needed to crack the device.
– It took 216 pounds of pressure to crack the iPhone Air, showcasing its significant structural strength.
It’s easy to assume the iPhone Air might be fragile given its incredibly slender profile, but this impression couldn’t be further from the truth. Measuring a mere 5.6 millimeters thick, the device features a titanium frame that offers both superior strength and greater elasticity compared to traditional aluminum builds. This structural advantage becomes immediately apparent under stress, as demonstrated in a popular durability test by a well-known tech reviewer.
In a typical bend test, the iPhone Air shows remarkable resilience. Even when significant force is applied directly to the center of the screen, the phone exhibits only minor flexing without any signs of cracking. More impressively, it snaps right back to its original form once the pressure is released, showcasing the exceptional engineering behind its design.
Not satisfied with these initial results, the tester decided to take the experiment further. Using specialized equipment including a crane scale and metal bars, he measured the exact amount of force required to cause permanent damage. The iPhone Air withstood an impressive 216 pounds of pressure before finally giving way, a testament to its robust construction and the thoughtful material choices made by Apple.
(Source: The Verge)
