Rolex 116505 Daytona 18K Everose Gold Ivory Dial

The Rolex Cosmograph Daytona reference 116505 is one of the most compelling precious metal executions of the modern Daytona, pairing the brand's proprietary 18K Everose gold with a warm ivory dial that gives the watch a distinctly refined character. Introduced during the six digit Daytona era and produced in the period when Rolex had fully transitioned the model into a vertically integrated chronograph, the 116505 represents the mature expression of the pre-1265xx generation. Its 40 mm Oyster case carries the unmistakable Daytona profile, with screw-down pushers, a tachymeter bezel, and the substantial feel collectors expect from a full Everose gold example on bracelet. Inside is the Rolex caliber 4130, the manufacture self-winding chronograph movement widely regarded as one of the most robust and intelligently engineered automatic chronographs of its time, noted for its column wheel architecture, vertical clutch, and long service stability. The ivory dial variant is especially attractive because it softens the watch's sporting edge without sacrificing the assertive presence that defines the Daytona line. Against the rose-toned case and bracelet, the dial creates a more nuanced and less common aesthetic than the better-known black or chocolate configurations, which has helped sustain collector interest. As a reference from the final generation before Rolex updated the Daytona case and movement family in 2023, the 116505 occupies an important transitional place in the model's lineage. It is not a limited edition, nor was it made for a specific country or boutique, which only underscores how much its desirability rests on specification, proportion, and dial appeal rather than marketing rarity. For buyers seeking a modern Rolex chronograph with genuine manufacture substance, strong precious metal presence, and a dial configuration that stands apart within the reference, the 116505 remains one of the most persuasive Everose Daytonas of its era. Like New with Rolex box and papers dated 2022.