Replica Audemars Piguet Royal Oak 15500ST.OO.1220ST.04 1:1 Best Edition White Dial

Product Description:

Replica Audemars Piguet Royal Oak 15500ST.OO.1220ST.04 1:1 Best Edition White Dial

The Replica Audemars Piguet Royal Oak 15500ST.OO.1220ST.04 is a 1:1 best edition replica that perfectly captures the sophistication and precision of the original AP Royal Oak design. With a stainless steel case and bracelet, an elegant white "Grande Tapisserie" dial, and precise engineering, this timepiece is a luxury statement that combines timeless aesthetics with exceptional functionality.

• Design Authenticity:

• 41mm case diameter, identical to the original Audemars Piguet Royal Oak 15500ST.

• Brushed stainless steel case and bracelet, featuring AP’s signature octagonal bezel with polished edges.

• White "Grande Tapisserie" dial, delivering a refined, textured look that enhances light reflection.

• Material Specifications:

• 316L stainless steel case and bracelet, ensuring durability and corrosion resistance.

• Scratch-resistant sapphire crystal, featuring an anti-reflective coating for superior clarity.

• Stainless steel bezel with polished chamfered edges, providing a striking contrast with the brushed surfaces.

• Precision Crafting:

• Authentic "Grande Tapisserie" dial pattern, carefully replicated to match the original AP design.

• White gold applied hour markers and Royal Oak hands, with luminescent coating for enhanced readability.

• Date window at 3 o’clock, seamlessly integrated into the dial layout.

• Functional Engineering:

• Quartz movement, ensuring precise and reliable timekeeping with minimal maintenance.

• 50m water resistance, providing protection against everyday splashes and moisture exposure.

• AP-engraved butterfly clasp, securing a comfortable and secure fit.

• Care Protocol:

• Use a soft microfiber cloth to clean the dial and maintain the polished stainless steel finish.

• Store in a protective watch case to prevent scratches and preserve longevity.

• Avoid exposure to harsh chemicals, extreme temperatures, and excessive moisture for optimal durability.