Rolex, Day-Date 40, 228348RBR, Green Ombre Roman Dial, Yellow Gold, Diamond Bezel, Presidential Bracelet, 40mm.

The watch is crafted in a 40mm Oyster case made from 18ct yellow gold, creating a bold contrast between the warm gold construction and the darker tones of the dial.

Its Oyster construction incorporates a screw-down caseback and Twinlock winding crown, maintaining water resistance up to 100 meters while preserving the robust architecture of the Day-Date 40.

The bezel is fully set with brilliant-cut diamonds, forming a highly reflective border that surrounds the dial, creating a continuous play of light and movement.

At the center is a green ombré dial, where the color gradually transitions from a vibrant green center to a darker outer edge through the controlled application of black lacquer.

This fading effect creates a sense of depth across the dial, making the center appear more prominent while the perimeter recedes visually into the background.

Roman numerals structure the display with a traditional layout, adding definition and balance against the softer transitions created by the ombré finish.

The day display spans across 12 o’clock, while the date aperture at 3 o’clock sits beneath the Cyclops lens for enhanced readability.

Its President bracelet is crafted in matching yellow gold, using semi-circular three-piece links designed to contour naturally around the wrist while maintaining a substantial yet comfortable feel.

A concealed Crownclasp integrates directly into the bracelet, preserving a continuous gold appearance when secured.

Inside, the watch is powered by the Rolex caliber 3255 automatic movement, offering approximately 70 hours of power reserve and regulated to Rolex’s Superlative Chronometer standard.

The combination of the green ombré dial and diamond-set bezel creates two distinct visual effects that work together.

The dial draws the eye inward through its gradient tones, while the bezel pushes attention outward through constant reflection, giving the watch a layered appearance that changes noticeably as lighting conditions shift.