The recently released iPhone Air, measuring a mere 5.6mm in thickness, impresses not only with its sleek design but also with its durability and repairability. In a series of tests conducted by JerryRigEverything, the ultra-thin iPhone Air has shown remarkable resilience. Thanks to its titanium frame, the device can withstand significant pressure. The phone survived standard bend tests and required an impressive 216 pounds of force to crack, highlighting the strength and elasticity of the titanium construction over traditional aluminum alternatives.
Apart from its robustness, the iPhone Air also shines in terms of repairability. According to iFixit’s teardown, the device maintains a user-friendly repair process despite its slim 5.6mm profile. This achievement is attributed to clever engineering choices, such as relocating the logic board above the battery and employing electrically debonding adhesive, which simplifies battery replacements. Additionally, the phone’s modular components, dual entry design, and the use of 3D-printed titanium parts contribute to its usability and earned it a solid 7/10 repairability score.
The iPhone Air, therefore, not only stands as a testament to Apple’s engineering prowess in creating an ultra-thin yet durable device, but it also ensures that users can maintain and repair their devices with relative ease.

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The iPhone Air achieves remarkable durability despite its ultra-thin 5.6mm profile through titanium construction that withstands 216 pounds of force. The device maintains excellent repairability with a 7/10 iFixit score, featuring clever engineering like relocating the logic board above the battery, using electrically debonding adhesive for easy battery replacement, and implementing modular components with dual entry design.

The Durable and Repairable Design of the iPhone Air