A YouTuber dissected an iPhone Duo and thinks he found the cause of crackgate
A YouTuber dissected an iPhone Duo and identified a hinge component he suspects causes crackgate. The claim has sparked discussion about potential redesigns or repair initiatives.

- A YouTuber opened an iPhone Duo and claims to have identified the hinge flaw behind “crackgate.”
- Users on the iPhone Duo subreddit report screens shattering within hours after a audible crack.
- If the cause is confirmed, Apple may face pressure to redesign the hinge or issue a repair program.
The tech community woke up to a new video in which a popular YouTuber dismantled an iPhone Duo and pointed to a specific component he believes triggers the notorious “crackgate” failures. The video quickly spread across social media, adding a technical perspective to the flood of anecdotal reports that the foldable’s hinge can catch, emit a sharp sound, and snap the display in a matter of minutes. The issue matters because it touches Apple’s first major foray into foldable phones and could shape consumer confidence in future flexible‑screen devices.
What the YouTuber found inside the iPhone Duo
In the teardown, the creator focused on the hinge’s internal spring assembly. He noted that the spring sits in a shallow groove that, under repeated folding, can shift out of alignment. When the spring moves, the hinge’s metal pins grind against the plastic housing, producing the audible “catch” that users describe. The grinding creates a sudden torque spike that the fragile OLED panel cannot absorb, leading to an instantaneous crack.
The video showed the spring’s metal wire frayed at the point where it contacts the housing. The fraying pattern matches the crack lines reported by subreddit users, who say the break appears near the same edge of the screen every time. The YouTuber argued that the design leaves no margin for wear, so even a few folds can push the spring beyond its safe travel range.
Why the reports on the iPhone Duo subreddit matter
The subreddit has become a real‑time laboratory for user‑generated data. Members post videos, timestamps, and photos of their devices failing after just a few hours of use. The common denominator is the audible sound before the screen shatters, a detail that aligns with the hinge‑spring hypothesis.
Because the community shares raw footage, analysts can track failure patterns without waiting for formal warranty claims. The sheer volume of posts suggests the problem is not isolated to a single batch. If the issue spreads, it could affect Apple’s reputation for durability, especially as competitors roll out their own foldables.
What the hinge flaw could mean for Apple’s foldable strategy
Apple has invested heavily in the iPhone Duo as its entry into the foldable market. A design flaw that causes screens to crack within hours threatens that investment. The company may need to redesign the hinge, reinforce the OLED panel, or introduce a software limit on folding frequency.
Redesigning the hinge would likely delay future iterations and increase production costs. Strengthening the screen could add weight, which conflicts with Apple’s emphasis on sleekness. A software limit, such as a warning after a certain number of folds, would be a quick fix but might not satisfy users who expect a premium device to endure daily use.
Investors watch these developments closely. While no official statement has been released, the market’s reaction to similar hardware setbacks in the past has been swift. A confirmed design issue could prompt Apple to launch a repair program, which would mitigate consumer anger but also signal a misstep in engineering.
What happens next depends on Apple’s response. If the company validates the YouTuber’s findings, it may issue a recall or a free‑repair policy for affected units. A public acknowledgment could also lead to a redesign in the next production cycle. Until Apple provides official clarification, the iPhone Duo subreddit will continue to document failures, and the tech press will keep tracking the story for any sign of corporate action.
Source: The Verge.
Reporting informed by The Verge