Royal Oak Double Balance Wheel Openworked

Description

The Audemars Piguet Royal Oak Double Balance Wheel Openworked (Reference: 15416CE.OO.1225CE.01) is a distinguished timepiece that exemplifies luxury and technical innovation, tailored for the discerning gentleman.

Overview

Design and Craftsmanship

This 41mm watch features a case and integrated bracelet crafted entirely from black ceramic, offering a sleek and contemporary aesthetic. The openworked slate grey dial reveals the intricate mechanics within, showcasing Audemars Piguet's commitment to exceptional craftsmanship. The iconic octagonal bezel, secured with hexagonal screws, maintains the signature Royal Oak design. 

Movement and Performance

At its heart lies the self-winding Caliber 3132, featuring a patented double balance wheel mechanism. This innovation enhances stability and precision by incorporating two balance wheels and two hairsprings assembled on the same axis. The movement operates at a frequency of 3 Hz (21,600 vibrations per hour) and offers a power reserve of approximately 45 hours. 

Features and Complications

While focusing on timekeeping excellence, this model emphasizes its openworked design, allowing enthusiasts to appreciate the movement's complexity. The watch is water-resistant up to 50 meters, suitable for daily wear. 

Specifications

Case

• Material: Black ceramic
• Diameter: 41 mm
• Thickness: 9.9 mm
• Finish: Satin-brushed and polished surfaces
• Water Resistance: 50 meters

Dial

• Color: Slate grey, openworked
• Hour Markers: White gold applied with luminescent coating
• Hands: Royal Oak hands with luminescent coating

Bracelet/Strap

• Material: Black ceramic
• Clasp: AP folding clasp

Movement

• Caliber: 3132
• Type: Self-winding mechanical
• Power Reserve: Approximately 45 hours
• Frequency: 3 Hz (21,600 vibrations per hour)
• Jewels: 38

The Audemars Piguet Royal Oak Double Balance Wheel Openworked is a testament to refined elegance and horological mastery, making it a coveted addition to any luxury watch collection.