The durability of electronic devices has long been a topic of debate among tech enthusiasts, with bend tests serving as a popular method to assess structural integrity. In recent experiments conducted by prominent tech YouTubers, JerryRigEverything and MobileReviewsEh, differing approaches shed light on the resilience of the iPad Pro.

Exploring Bend Test Methods

JerryRigEverything: The Hands-On Approach

JerryRigEverything opted for a hands-on approach, subjecting the iPad Pro to direct pressure by manually bending the device. The results of this test highlighted the device’s impressive structural integrity, particularly when bent horizontally from the back.

MobileReviewsEh: The Force Meter Technique

In contrast, MobileReviewsEh utilized a force meter and gym weights to apply pressure to the iPad Pro within a limited contact area. This method aimed to simulate real-world scenarios and assess the device’s resistance to external forces.

Analyzing Test Results

Horizontal Bend Test

During the horizontal bend test, JerryRigEverything observed that the iPad Pro exhibited remarkable resilience, with the device holding up surprisingly well against applied pressure. Despite some deformation of the glass screen, the display and operating system remained functional.

Vertical Bend Test

However, when subjected to vertical pressure, the iPad Pro faced a different fate. The device experienced a catastrophic split along the middle, originating from the USB-C port, signaling structural vulnerability in this orientation.

The bend tests conducted by JerryRigEverything and MobileReviewsEh offer valuable insights into the durability of the iPad Pro. While the device demonstrated impressive strength when bent horizontally, its susceptibility to vertical pressure raises concerns about structural integrity in certain scenarios.