10,000 Folds: How a YouTuber Is Testing the iPhone Duo
This is an AI translation into this language for easier reading. The original is the German version: open German original.
A YouTuber folds the iPhone Duo 10,000 times. The long-term test is intended to show what the foldable device could look like after years of use.
AI MODIFIEDTVS News AI, editorially supervised, presents 10,000 Folds: How a YouTuber Is Testing the iPhone Duo.
10,000 folds: This is how a YouTuber is testing the iPhone Duo.
Folded 10,000 times: A YouTuber has folded the iPhone Duo 10,000 times. He wants to find out what the device would look like after years of use. The experiment is intended to illustrate possible long-term changes.
GameStar points out that long-term tests of foldable phones are particularly interesting. In the case of a foldable device, the focus is not only on its technical function, but also on its visible condition after many usage cycles.
The test will be relevant to you if you want to know how such a device could change with continuous use. This is intended to make possible signs of wear more visible.
The iPhone Duo Test: Repetition Rather Than a Single Moment
The Test Setup
Instead of folding the iPhone Duo just once, the YouTuber folds it 10,000 times. The repetition brings many folding operations together in a single test. The test is thus intended to show how the device's appearance changes after a large number of folds.
The Question
At the center of the test is the question of what the device would look like after years of use. The test is therefore not an actual longitudinal test over several years, but an approximation of the long-term question through a high number of folds. The method illustrates the issue at hand but does not provide a blanket conclusion about durability.
The Context
The test does not provide an answer to how every foldable smartphone behaves under all conditions. It focuses on a specific test setup and on the visible condition of the test device after the strain. You should bear this limitation in mind when evaluating the experiment.
Why GameStar Focuses on Foldable Phones
The source explicitly highlights long-term tests of foldable phones as particularly interesting. The reason lies in the experimental approach: Many folds subject the device to the same strain repeatedly and can make visible changes more apparent than a single folding operation.
In the iPhone Duo test, this question is focused on a concrete, clearly named experiment. The 10,000 folds are not merely an impressive number. They are intended to make visible how the device might look after heavy strain.
Exactly for that reason, the test is relevant to anyone interested in foldable devices. It turns the abstract question of multi-year use into a visible experiment whose result can be assessed directly on the device.
What the Test Shows â and Where Its Limits Lie
A Clear Long-Term Question
The strength of the experiment lies in its simplicity: The same test device is folded many times; its condition is then examined. The question of what years of use might do is thus reduced to a concrete number of stress cycles.
No Blanket Conclusion About Durability
Such a test can show the condition of the iPhone Duo under examination, but cannot provide a blanket answer about the durability of an entire product family. Likewise, the rapid succession of folds does not replace actual use over several years.
The Main Attraction
For you, the value of the experiment lies above all in the fact that many folds are bundled into a single test. In this way, it becomes visible how the device changes. The linked GameStar article focuses precisely on this test.
Conclusion: An Uncompromising Look at Possible Long-Term Changes
The central aim is clear: A YouTuber folds the iPhone Duo 10,000 times. He wants to find out what it would look like after years of use. GameStar considers such long-term tests of foldable phones particularly interesting.
The test cannot replace actual use over several years. But it is a purposeful approach to making the key question tangible: How does the device change after an exceptionally large number of folds? This experiment is aimed precisely at this visual long-term question.
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