Samsung reconsiders trifold 2: thinner design, lingering questions

Samsung’s decision to revisit the Galaxy Z TriFold, initially shelved after a limited release, signals a shift in foldable strategy – and a potential headache for consumers.

A slimmer profile, but at what cost?

Rumors are swirling that a redesigned TriFold 2 is in development, spearheaded by a new hinge system intended to dramatically reduce the device’s notoriously bulky profile. South Korean leaker, Lanzuk, suggests this innovation could extend beyond the TriFold, impacting Samsung’s broader portfolio of foldable phones. Currently, the original TriFold measures a hefty 12.9mm thick when closed – a stark contrast to the sleek 8.9mm of the upcoming Z Fold 7 and the remarkably slim 7.9mm of the S26 Ultra.

The initial production run of just 100,000 to 200,000 units – a figure that quickly depleted stock – highlights a significant consumer demand, despite the device's exorbitant $2,900 price tag. But mere interest isn’t enough; Samsung needs to address persistent concerns about durability and utility.

Fragility and functionality: the elephant in the room

While a thinner design is undoubtedly a priority, the TriFold’s complex engineering – involving three hinges – inherently introduces more points of failure. Past reports detail documented malfunctions, a red flag for a device targeting affluent consumers accustomed to premium build quality. Developers, too, have struggled to unlock the TriFold’s full potential, failing to consistently demonstrate compelling use cases beyond basic multitasking.

Samsung needs to move beyond simply shrinking the device; they must fundamentally address the software experience, ensuring it matches the hardware’s ambitions. The Z Fold 7’s improved multitasking capabilities are a positive sign, but true innovation requires a deeper overhaul.

Ultimately, Samsung faces a critical juncture. The TriFold 2's success hinges on a delicate balance: a significantly lighter and more compact form factor, coupled with demonstrable improvements in reliability and software functionality. Failure to deliver on these fronts risks cementing the TriFold’s legacy as a fascinating, yet ultimately flawed, experiment.