Audemars Piguet Royal Oak Tourbillon 26522CE.OO.1225CE.01 Replica

Specifications – AP Tourbillon Replica

General Information

• Brand: Audemars Piguet

• Collection: Royal Oak Tourbillon

• Model Number: 26522CE.OO.1225CE.01

Movement

• Type: Automatic

• Caliber: AP 2924

• Power Reserve: Approximately 60 hours

• Precision: –3/+3 seconds per day (within COSC certification standards)

• Second Hand: Sweep motion

Case

• Material: 904L Stainless Steel

• Color: Black

• Bezel Material: 904L Stainless Steel

• Bezel Color: Black

• Crystal: Sapphire

• Diameter: 41.00 mm

• Thickness: 9.00 mm

Bracelet

• Material: 904L Stainless Steel

• Type: Royal Oak Bracelet

• Color: Black

• Size: Adjustable links to fit all wrist sizes

• Clasp Material: 904L Stainless Steel

• Clasp Type: Fold clasp

• Clasp Color: Black

Dial

• Nickname: Tapisserie Evolutive

• Color: Black

• Indices: Stick / Dot

• Hour Marker Material: 904L Stainless Steel

• Hour Marker Type: Classic hour markers

• Hands Material: 904L Stainless Steel

• Hands Type: Stick

Functions

• Primary Functions: Hours, Minutes

• Additional Features: Power Reserve Indicator, Tourbillon Escapement

Water Resistance

• Tested Resistance: 30 meters (3 ATM)

Note: Swimming is not recommended for any replica or authentic luxury watch.

Craftsmanship & Authenticity

• Identical Serial Numbers & Cards: Matching the original watch

• Font, Spacing (“Punto”), and Engraving: Exactly like the authentic model

• Size & Thickness: Perfectly replicated

• Movement & Caliber: Same performance and precision

This 1:1 super clone Swiss mechanism watch is so flawless that even expert jewelers won’t spot the difference!

Warranty

• Includes a 2-year International Swiss X Caliber Warranty for all Swiss mechanism watches

Important Notice

For Japanese Mechanism models, materials and movements may vary from those in the Swiss Mechanism watches. For more information and video footage, please contact our support team.
The specifications provided here apply only to the Swiss Mechanism models.