Datejust 41mm Wimbledon Dial 2019 Oyster - 126334
The Rolex Datejust 41 mm "Wimbledon Dial" (Ref. 126334) is a luxurious yet sporty watch that combines elegance with modern watchmaking. This model is particularly known for its distinctive dial, designed in homage to the famous tennis tournament, "Wimbledon".
The case of the Datejust 41 measures 41 mm in diameter and is crafted from the signature combination of Rolex Oystersteel stainless steel and 18-carat white gold. This blend of robust stainless steel and the refined white gold bezel gives the watch a luxurious yet resilient look. The fluted white gold bezel is a classic Rolex hallmark, adding a stylish play of light when illuminated.
The most striking feature of the watch is the "Wimbledon Dial", a slate gray dial with Roman numerals in rich green. This color scheme pays homage to the prestigious tennis tournament and gives the watch a sporty yet elegant aesthetic. The green numerals stand out against the gray background, while the hands and the 9 o'clock hour marker are refined with white gold. A date window at 3 o'clock is equipped with the Cyclops lens, providing an enlarged and clear view of the date.
The watch is powered by the Rolex Caliber 3235, a modern automatic movement featuring Chronergy escapement and a power reserve of approximately 70 hours. This movement offers exceptional precision and reliability, meeting the Superlative Chronometer standard, which guarantees an accuracy of -2/+2 seconds per day.
The Oyster bracelet, made of stainless steel, is another highlight of the watch. It combines polished and brushed elements and offers maximum comfort thanks to the Rolex Easylink extension. The folding clasp ensures a secure fit, perfectly complementing the watch's sporty and elegant style.
The Rolex Datejust 41 "Wimbledon Dial" Ref. 126334 is the perfect choice for lovers of timeless yet sporty watches. It combines the best of the luxury world with the precision Rolex is known for, making it a stylish companion for both daily wear and special occasions.