Audemars Piguet Royal Oak 25594SA

Condition: Excellent
Year of Production: 1998
Case Size: 36mm
Case Material: Yellow gold and Stainless steel
Dial Color: White
Bracelet/Strap: -
Movement Type: -
Box: No
Papers: No
Location: Switzerland
Description

audemars piguet Royal Oak Day Date Moon Phase, ref. 25594SA, circa 1998

This superb Royal Oak Day Date Moon Phase is the perfect everyday watch, with its magnificent white dial highlighting the moon phase. It dates from circa 1998 and has been superbly preserved. The marriage of yellow gold and steel supports the Royal Oak's industrial yet luxurious characteristics, making it a real gem to wear. 01 / Brand Audemars Piguet 02 / Year Circa 1998 03 / Serial N°22x 04 / Reference 25594SA 05 / Material Steel & yellow gold 06 / Size 36mm about the watch The Royal Oak Day Date Moon Phase is the ultimate 36mm Royal Oak and a testament to the versatility of Audemars Piguet's products. Although the Royal Oak is usually appreciated with dark dials, particularly blue, the reference 25594SA is the exception that most will agree on, demonstrating that a white dial can be perfectly adapted to a Royal Oak. Contrasting beautifully with the moon phase, the light dial brings freshness and a touch of originality. On top of that, the watch also features two sub-dials that balance the design and add utility to the piece. What makes this watch even more interesting is that the 25594 is the only Royal Oak with a moon phase, apart from the perpetual calendars, which are in a totally different price range. This spectacular example features a mk2 dial, and has retained all its original parts, including the hands and crown, which is very rare on these references! The case and bracelet are in excellent condition, still with plenty of material and sharp edges. Although often overlooked, the 36mm cases sit better on most wrists than a Jumbo (39mm) and offer increased comfort due to their lighter weight. It's the perfect starting point for someone looking for a Royal Oak that's out of the ordinary but respects the model's DNA.