"Zack Nelson's standard protocol is scratch, burn, dust, and bend, and the Galaxy Z Trifold greets you with a wall of warnings about not peeling films and folding in a specific order. If you close the wrong flap first, the phone vibrates and flashes red, a sign that the folding choreography is tightly constrained, even if it does not break immediately. The device is smart enough to know when you are stressing it incorrectly."
"The outer cover screen behaves like other flagships, scratching at Mohs level 6 with deeper grooves at 7, while the inner flexible display still marks at level 2 with deeper damage at 3. The burn test shows the outer OLED lasting around 17 seconds under flame and the inner panel about 10, reinforcing that ultra‑thin glass and plastic stacks remain fragile, even in this latest generation, which is less a Samsung problem and more a physics problem."
"The phone carries an IP48 rating, which sounds reassuring until fine dust is sprinkled into the hinge area and folding begins. The immediate grinding noises make it clear that particles can still get into the mechanism and between layers. The device survives the moment, but the test underlines that a tri‑fold with exposed hinge gaps is best kept away from beaches, workshops, or pockets full of grit."
Durability protocol included scratch, burn, dust, and bend tests. The device requires a strict folding order and issues warnings, vibrating and flashing red if folded incorrectly. The outer cover screen resists scratches to Mohs level 6 with deeper grooves at 7; the inner flexible display marks at level 2 with deeper damage at 3. The outer OLED endured about 17 seconds of flame, while the inner panel lasted about 10 seconds. An IP48 rating exists, yet fine dust can enter hinge gaps and cause grinding. Reverse bending caused the frame to buckle with an audible crack, demonstrating structural limits and fragility of ultra‑thin materials.
Read at Yanko Design - Modern Industrial Design News
Unable to calculate read time
Collection
[
|
...
]