Analysis: Galaxy Z TriFold is probably durable enough, hinge gives way after 150,000 folds in torture test [Video]

The Arrival of Samsung's Galaxy Z TriFold and its Durability Question

The latest innovation from Samsung, the Galaxy Z TriFold, has stirred excitement among tech enthusiasts, but concerns about its durability linger. A YouTube channel, OMG_electronics, decided to put the device to the test, revealing some interesting findings.

Durability Claims vs. Real-world Performance

Samsung claimed that the Galaxy Z TriFold has undergone a 200,000-fold test, equivalent to 100 folds per day for 5 years. This figure is lower than the Galaxy Z Fold 7's 500,000-fold test, but Samsung emphasized that the TriFold, being a first-generation product, should not be expected to match the durability of a more advanced model.

The Test

In a livestreamed test, several hosts took turns unfolding and folding the Galaxy Z TriFold repeatedly until it broke. Surprisingly, the device showed signs of wear earlier than expected. The hinge started making creaking noises after around 61,000 folds, and the elasticity gave way by approximately 144,000 folds.

Implications for Users

While the device held up relatively well given the continuous 8-day use, the hinge issues could significantly impact daily use. The device would require forced opening and closing, making it less convenient for users. However, the display still functioned, leaving the question of whether it truly broke open.

What Does This Mean for the North East Region and India?

The durability concerns surrounding the Galaxy Z TriFold have implications for consumers in the North East region and India, where the device is expected to launch. Consumers in these regions will need to weigh the innovation and features against the potential durability issues before making a purchase.

Reflections and Future Prospects

The Galaxy Z TriFold's durability test highlights the challenges of pushing the boundaries of foldable technology. As Samsung continues to innovate, it will be interesting to see how they address these durability concerns in future generations of foldable devices.