Rolex Datejust 179313 “Yellow Gold Dial”

Rolex Datejust 179313 “Yellow Gold Dial”

The Rolex Datejust remains one of the most versatile and enduring watch designs ever created. This particular reference features a Champagne dial and 26 MM case, offering the perfect balance of functionality and style.

Craftsmanship & Materials

This premium replica is constructed from Yellow Gold, featuring genuine gold-tone PVD plating over a solid steel core for durability and authentic weight. The 26 MM case is precision-machined to exact specifications, with correctly proportioned lugs, a properly aligned crown, and crisp engravings where applicable. A scratch-resistant sapphire crystal protects the dial, providing the same clarity and depth as the original.

Movement & Precision

Powered by a reliable automatic movement with a smooth-sweeping seconds hand. No batteries required u2014 the watch is powered by the motion of your wrist. The movement features a smooth-sweeping seconds hand. Powered by the motion of your wrist — no batteries needed.

Design Details

The Champagne dial features correctly applied hour markers, luminous inserts for low-light visibility, and precise printing A cyclops lens over the date window provides 2.5u00d7 magnification, exactly as on the original. The fluted or smooth bezel (depending on reference) catches light with authentic brilliance..

Reference 179313

This timepiece corresponds to reference number 179313. The reference number identifies the specific configuration of case material, bezel type, dial color, and bracelet style. Our replica faithfully reproduces every detail of this reference, from the dial markers to the crown markings.

Why Choose This Timepiece

The Rolex Datejust 179313 “Yellow Gold Dial” offers exceptional value for watch enthusiasts. It delivers the look, feel, and weight of the original at a fraction of the cost. Each piece undergoes individual quality inspection before shipping, ensuring accuracy in markings, smooth bezel action, and proper dial alignment.

Specifications