SKU:
15468OR-001
Audemars Piguet Royal Oak 15468OR, Double Balance Wheel, Frosted 18K Rose Gold, Rainbow Bezel, Openworked Dial, 37 mm
In Stock
Price:
The Audemars Piguet Royal Oak Double Balance Wheel Openworked Ref. 15468OR Jumbo 222 is an extraordinary fusion of haute horlogerie, gem-setting artistry, and avant-garde design, reimagining the iconic Royal Oak through a bold and luxurious lens. Crafted in frosted 18K rose gold and measuring 37 mm, this exceptional timepiece features a hammered finish across the case and integrated bracelet, creating a shimmering, diamond-dust-like texture that enhances its visual impact. The bezel is set with a vibrant array of multicolored baguette-cut gemstones in a striking rainbow configuration, adding a vivid and contemporary contrast to the warmth of the rose gold. The openworked dial reveals the intricate architecture of the self-winding Caliber 3132, showcasing Audemars Piguets patented double balance wheel mechanism, designed to improve precision and stability while delivering a captivating sense of depth and motion. The skeletonized movement, finished in rose gold tones, is fully visible from both sides, emphasizing the technical mastery and meticulous finishing that define the brand. With its seamless integration of high jewelry craftsmanship, innovative watchmaking, and the unmistakable Royal Oak design language, this timepiece stands as a bold and highly collectible statement at the intersection of art, engineering, and luxury.
- WATCH DETAILS
- Sku: 15468OR-001
- Box: Original Factory Box
- Papers: Original Factory Papers
- Brand: Audemars Piguet
- Model: Royal Oak
- Condition: Unworn
- Reference Number: 15468OR.YG.1259OR.01-B
- CASE & BEZEL
- Case Material: 18K Rose Gold
- Case Size: 37MM
- Bezel: Rose Gold
- Bezel Function: Gem Set
- DIAL
- Dial Color: Skeleton
- Dial Material: Index Hour Markers
- BRACELET
- Bracelet Material: Rose Gold
- Closure: Double Fold Over Clasp
- Closure Material: Rose Gold
- FEATURES
- Water Resistance: 50 meters / 165 feet
- Movement: Self-Winding

