The Galaxy Z Flip 7 has faced the ultimate test of endurance, undergoing a rigorous evaluation by the renowned YouTuber JerryRigEverything. This popular tech reviewer specializes in subjecting the latest smartphones to intense scratch, bend, and impact trials to determine their durability and resilience.
One of the standout features highlighted in the test was the Flip 7’s redesigned Armour FlexHinge, which withstood multiple attempts to bend it in the opposite direction without sustaining significant damage. Despite a few concerning sounds during the process, the hinge held up admirably, showcasing its robust construction.
While the Galaxy Z Fold 7 and the previous generation Z Flip 6 also survived similar bending tests, the Flip 7’s performance reaffirms its structural integrity and engineering excellence. This aligns with real-world experiences, as users have praised the aluminum hinge for its durability and sturdiness, even under repeated usage.
In addition to the bend test, the Flip 7 was subjected to sand and scratch evaluations, revealing mixed results. The IP48 rating offered some protection against fine particles, but the device still exhibited vulnerability in certain scenarios. Despite encountering grinding sounds when coated in sand, the phone remained operational, showcasing its resilience in challenging conditions.
One area of concern highlighted in the test was the inner display’s susceptibility to scratches, a common issue among foldable devices. While the external displays held up well against scratching, the softer nature of the internal screen made it more prone to damage, emphasizing the need for continued improvement in foldable display technology.
Overall, the Galaxy Z Flip 7’s performance in the torture test underscores its ability to withstand demanding conditions and reinforces its position as a top-tier foldable smartphone. With a combination of innovative design elements and durable components, the Flip 7 proves to be a reliable companion for users seeking a blend of style and resilience in their mobile devices.