Rolex Day-Date Meteorite Dial

Rolex Meteorite Dial, Platinum, Diamond Bezel, Presidential Bracelet (228396TBR-0027)

The Rolex Day-Date 40 reference 228396TBR-0027 is an elite expression of the brand’s flagship collection, featuring a 40mm case meticulously crafted from 950 platinum. This model is distinguished by a rare meteorite dial, which is cut from sections of an iron-nickel asteroid to reveal natural Widmanstätten patterns that are unique to each timepiece. The dial is further elevated by ten baguette-cut diamond hour markers, while the bezel is entirely set with diamonds, creating a brilliant frame for the extraterrestrial material. It is presented on the iconic President bracelet, characterized by semi-circular three-piece links and a concealed folding Crownclasp.

At the heart of this timepiece is the caliber 3255, a high-performance self-winding mechanical movement entirely developed and manufactured by Rolex. It offers significant gains in precision, power reserve, and resistance to shocks and magnetic fields. The movement facilitates the signature Day-Date complications, which include an instantaneous day of the week displayed in an aperture at 12 o’clock and a date window at 3 o’clock magnified by a Cyclops lens. The watch is engineered with a Twinlock double waterproofness system, ensuring water resistance to 100 meters, and provides a robust power reserve of approximately 70 hours.

General reviews of the 228396TBR often characterize it as the “end game” or the “ultimate flex” in luxury watch collecting due to the combination of platinum, diamonds, and a meteorite dial. Enthusiasts frequently praise the “stealth wealth” appeal of platinum, noting that while it resembles white gold in photographs, its specific weight and luster are unmistakable in person. While the inclusion of gem-setting and stone dials can be polarizing for purists, collectors widely acknowledge this reference as a masterpiece of horological craftsmanship and a significant investment piece that maintains strong market demand.

Last update:

24 May, 2026