The iPhone Air, Apple's thinnest and lightest model to date—measuring a mere 5.6mm in thickness and tipping the scales at just 165 grams—has sparked widespread concerns regarding its durability and resistance to bending. In a bid to address these concerns, Apple's Vice President of Marketing, Greg Joswiak, and Vice President of Hardware Engineering, John Ternus, extended an invitation to journalists during an interview, encouraging them to put the iPhone Air's resilience to the test by attempting to bend it. The outcome? The device exhibited a slight bend under pressure but swiftly reverted to its original form, emerging unscathed. The Apple executives elucidated that the phone is engineered to undergo a controlled degree of elastic deformation when subjected to stress, promptly rebounding to its initial state. This design philosophy harks back to the unibody manufacturing technique pioneered in the 2008 MacBook Air. Furthermore, the iPhone Air boasts a unibody structure crafted from Grade 5 titanium alloy, along with a more durable Ceramic Shield 2 for the display, IP68-rated water and dust resistance, and a metal-encased battery—all contributing to its enhanced overall robustness.