The OPPO Find N5, known for its slim design, underwent a comprehensive durability test. Results showed that the external screen scratches at level 6 on the Mohs scale, while the inner screen starts showing damage at level 2. Additionally, during heat exposure, the inner screen survived for about 10 seconds before sustaining permanent damage. The bend test revealed significant weaknesses compared to competitors like OnePlus Fold and Samsung foldables.

Screen Resistance Analysis

In evaluating the robustness of the OPPO Find N5's screens, it was found that the external display offers better resistance against scratches than the internal one. Despite claims of enhanced micro-crystalline glass, the outer screen still shows grooves at level 6 hardness. Conversely, the inner screen is far more susceptible to damage, marking easily even under fingernail pressure.

Testing conducted by JerryRigEverything demonstrated how the external screen protector initially provided some protection but ultimately yielded scratches at level 6 with deeper marks appearing at level 7. Meanwhile, the inner display exhibited vulnerabilities akin to other folding devices, starting to show signs of wear from just level 2. This disparity highlights potential compromises made in material selection to achieve the phone’s ultra-thin profile.

Bend and Heat Tolerance Assessment

When subjected to extreme conditions such as heat and bending, the OPPO Find N5 demonstrated notable limitations. During the flame test, the inner screen lasted approximately 10 seconds before incurring irreversible harm. Furthermore, the bend test exposed critical flaws, leading to dead pixel lines across both horizontal and vertical orientations.

While the external screen managed to endure slightly longer under heat exposure, lasting double the time before minor permanent scarring occurred, the bend test results were particularly concerning. Unlike rival models from OnePlus and Samsung, which maintained functionality throughout similar stress tests, the OPPO Find N5 failed dramatically. A single horizontal bend resulted in extensive dead pixels covering the entire screen, rendering the device unusable. These findings underscore the need for users to exercise caution when handling their devices to prevent accidental damage.