Another Samsung Galaxy S26 Ultra case showcases its design

  • Posted on Jan. 13, 2026, 10 a.m.

Samsung Galaxy S26 Ultra Design Leaked Again via New Case Renders

The anticipation for the upcoming Samsung Galaxy S26 Ultra continues to build, with another protective case offering a fresh glimpse at its purported design. This latest accessory, now available on its manufacturer's website, corroborates previously leaked renders, solidifying our understanding of the device's aesthetics.

Samsung Galaxy S26 Ultra case with triple camera cutout.
Samsung Galaxy S26 Ultra case with triple camera cutout.
Samsung Galaxy S26 Ultra case with carbon fiber design.
Samsung Galaxy S26 Ultra case with carbon fiber design.
Samsung Galaxy S26 Ultra case design details.
Samsung Galaxy S26 Ultra case design details.

A key takeaway from these new case images is the confirmation of the distinctive camera island. It appears the S26 Ultra will feature a single, vertically aligned oval housing for its triple-camera system. Furthermore, the renders suggest that the S26 Ultra will boast the most pronounced rounded corners of any Ultra model to date. Intriguingly, it's also reported that all models within the S26 series will share identical corner curvature for the first time.

Further Design Details Emerge for the Galaxy S26 Ultra

More imagery associated with this protective case offers additional insights into the S26 Ultra's potential design language.

Man holding Samsung Galaxy S26 Ultra case.
Man holding Samsung Galaxy S26 Ultra case.
Samsung Galaxy S26 Ultra rugged case design detail
Samsung Galaxy S26 Ultra rugged case design detail
Samsung Galaxy S26 Ultra case with magnetic mount.
Samsung Galaxy S26 Ultra case with magnetic mount.

The case itself is designed to support magnetic wireless charging. However, the product listing leaves some ambiguity regarding the implementation: it remains unclear whether the phone will inherently include the necessary magnet (as hinted at in prior rumors) or if the case will be the sole source of magnetic functionality.

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