Hublot watches replica MP-17 Meca-10 Arsham Splash Titanium Sapphire: A Wearable Kinetic Sculpture

Hublot unveils the new MP-17 Meca-10 Arsham Splash Titanium Sapphire, a timepiece that blends fine watchmaking with contemporary art, developed in collaboration with renowned American artist and Hublot ambassador Daniel Arsham.

Inspired by the dynamic nature of flowing water, organic forms, and transparency, the model is a wearable sculpture crafted from sapphire crystal (for the frosted box-shaped bezel), titanium, and rubber, each fluid curve reflecting Arsham's creative direction.swiss replica watches

The compact 42mm x 15.35mm case dimensions are achieved by integrating Hublot's new small-format Meca-10 movement, a Meccano-inspired manual-winding movement redesigned earlier this year.

Visible through the striking sputtered opening on the dial and the sapphire caseback, the Meca-10 operates at a frequency of 3 Hz (21,600 vibrations per hour) and offers an impressive 10-day power reserve.

While this luxury replica watches appears to depart from Hublot's signature design language, a closer look reveals several signature details, including six H-shaped screws on the bezel and caseback, distinctive lugs at 3 and 9 o'clock, and a titanium H-shaped folding clasp.

Arsham green accents are featured on the hour and minute hands, numerals, hour and five-minute markers, small seconds at 9 o'clock, and power reserve indicator at 3 o'clock.

The watch is presented on a black rubber strap embellished with the Arsham monogram and is water-resistant to 5 ATM (50 meters/165 feet). high quality watches replica

Audemars Piguet: The New RD#5 Royal Oak "Jumbo" Ultra-Thin Automatic Flying Tourbillon Chronograph and its Research and Development Program

With the launch of the RD#5 Royal Oak "Jumbo" Ultra-Thin Automatic Flying Tourbillon Chronograph, Audemars Piguet high quality watches replica has redefined the chronograph. This innovation is centered around a single goal: simplifying operation. Here's everything you need to know about the new RD#5 and the evolution of the brand's "Research and Development" collection.

Founded in 1875, Audemars Piguet celebrates its 150th anniversary this year by unveiling the fifth model in its groundbreaking "Research and Development" program: the RD#5 Royal Oak "Jumbo" Ultra-Thin Automatic Flying Tourbillon Chronograph. Thanks to a newly developed reset mechanism, Audemars Piguet has significantly reduced the forces required to operate the chronograph.

RD: Research and Development
This watch once again embodies the brand's commitment to Research and Development. For over a decade, the Manufacture has dedicated itself to addressing watchmaking's most fundamental challenges and developing groundbreaking solutions. Research and Development focuses on identifying the inherent flaws of complex functions and finding the optimal mechanisms to enhance the user experience. To this end, the Manufacture spares no effort, spares no expense, challenges established norms, conducts in-depth research, and, when necessary, collaborates with experts from outside the watchmaking industry. swiss watches replica

Watchmaking isn't about art for its own sake, nor is it about innovation for its own sake—it's about delivering tangible benefits to the wearer, even if achieving these benefits requires considerable craftsmanship and investment. The term "R&D" truly lives up to its name. This was fully demonstrated in the first R&D watch, the Royal Oak Superstriker Concept, launched in 2015. It utilized a completely new acoustic architecture to elevate the sound of the minute repeater to unprecedented levels.

But before we discuss the previous models in detail, let's take a closer look at the new RD#5—a watch that revolutionized the chronograph and enhanced its usability, making it the perfect addition to the RD collection.

The New RD#5: The First "Ruthless" Chronograph
The chronograph remains the most popular and widely used grand complication. However, from a technical perspective, despite the numerous criticisms of the reset pusher since its introduction in 1936, changes have been relatively limited. Many modern chronograph pushers require significant force to operate, resulting in a less pleasant feel. This decline in tactile feel, especially compared to the smooth operation of pocket watches or early wristwatch chronographs, is primarily due to the presence of waterproof gaskets within the pushers. Another factor is the industrialization of production, which makes individual fine-tuning of pushers nearly impossible.

To better understand customer expectations and identify areas for improvement, Audemars Piguet first conducted a comparative ergonomic study. The results indicated that pushers offered the greatest potential for optimization. In most modern chronographs, pushers must move at least one millimeter and require a force of approximately 1.5 kilograms, which many users consider excessive. In contrast, values ​​considered comfortable are closer to those used in smartphones: approximately 0.3 millimeters of travel and a mere 300 grams of pressure. Audemars Piguet set these figures as target benchmarks for its new chronographs. However, they soon realized that such performance could not be achieved through incremental improvements alone. This meant a complete redesign of the reset mechanism. top quality replica watches

Five Years in Development
The new Royal Oak "Jumbo" Ultra-Thin Automatic Flying Tourbillon Chronograph was the first watch to combine an automatic chronograph and a flying tourbillon within the ultra-thin Jumbo case, introduced in 1972. However, the greater challenge lay in significantly improving the ease of operation and tactile feedback of the pushers. The entire development process took five years before the system reached its desired state. For the new caliber 8100, the chronograph's zero-reset mechanism was completely redesigned. Ever since Adolphe Nicole invented the seconds reset function in 1844, chronographs have typically relied on a reset button to activate a series of levers, which in turn interact with a heart-shaped cam mounted on the axis of the hands to reset them to zero.

Audemars Piguet's patented system replaces the traditional heart-cam mechanism with an innovative rack-and-pinion mechanism. Rather than using a reset button to directly affect the hands via a lever and cam, this system stores the energy of the chronograph's gear train in a spring-loaded rack. This keeps the gear train under constant tension, preventing the chronograph seconds hand from jittering or lagging. It also eliminates the friction spring common in most modern chronographs, which acts as a constant brake during both operation and reset. The result is similar overall energy consumption, but energy is stored rather than lost.

The design's ingenuity lies in utilizing the energy stored in the rack for zeroing. Pressing a button releases this energy, allowing the hand to return to zero in just 0.15 seconds. To further reduce energy requirements, the chronograph hands and gears are crafted from lightweight titanium. The zeroing action is so rapid it's almost imperceptible to the naked eye. Jacob & Co. Bugatti Chiron replica

This system also enables jumping minutes, driven directly by the rack and pinion mechanism, enhancing readability. A newly optimized column wheel ensures smooth operation of the start/stop pusher. Furthermore, a second patented system captures energy during the pusher's movement and releases it all at once at the precise point, further enhancing the tactile experience. The chronograph's vertical clutch has also been improved, now featuring a vertically moving coupling wheel. This innovative system combines the advantages of a traditional horizontal gear-engaging coupling with those of a vertical friction clutch. The vertical movement of the coupling wheel eliminates unnecessary secondary rotations and minimizes hand jumps.

Audience Piguet also features an integrated function selector button in the crown. In manual setting mode, the button protrudes further, revealing a red indicator ring, making it easy for the wearer to clearly identify the crown's current function.

Slim Architecture
The demanding requirements for slenderness further complicated the development process. The movement had to fit within the case of the Royal Oak Jumbo, an iconic design created for Audemars Piguet by Gérald Genta in 1972. Today, the case measures just 39 mm in diameter and 8.1 mm thick.

To minimize overall thickness, the crystal and caseback are flat on the outside and concave on the inside, leaving more space for the hands and rotor. The rotor design also saves space: Audemars Piguet opts for a platinum external rotor instead of a central one. This not only reduces the movement's thickness but also allows for a clear view of its construction. Integrating a tourbillon into an ultra-thin movement presented the ultimate challenge. Extending to the dial plane, the flying tourbillon's design is partially derived from the RD#3. However, its height has been further reduced by rearranging certain components. This construction also allows for greater balance wheel amplitude, which helps reduce backlash. This, combined with a frequency of 21,600 vibrations per hour, improves reliability, chronometric precision, and energy efficiency. Despite the limited space, the movement still features a barrel that provides a robust 72-hour power reserve.

The caliber 8100 comprises 379 components. Through the sapphire crystal caseback, the movement's modernity complements its groundbreaking design: the rack of the reset mechanism is clearly visible, while the levers and bridges are skeletonized, showcasing a clean, technical aesthetic. Traditional gold components have been deliberately omitted, replaced by a modern steel-colored finish. A subtle striped finish adds to the appeal. The edges of the bridges and levers are meticulously chamfered and hand-polished. replica Ulysse Nardin Freak S Enamel

Metallic Glass
Audemars Piguet also chose an innovative and practical design for the case construction, combining titanium with bulk metallic glass. Bulk metallic glass is a novel material that, rather than forming the typical metallic crystal structure, rapidly cools to create an amorphous, glass-like structure. This structure imparts exceptional hardness and a unique visual effect to the watch.

The brand uses a proprietary alloy containing 50% highly valuable palladium. When polished, this material develops a unique luster. Audemars Piguet debuted metallic glass in 2021, creating a unique Royal Oak Ultra-Thin watch specifically for Only Watch: the Royal Oak Jumbo. The RD#5 watch features this advanced material on its bezel, polished bracelet links, pushers, and crown pushers. In addition to the polishing of these components, other parts of the case and bracelet alternate between satin-brushed and polished finishes, creating a dynamic interplay of light and shadow and striking contrasts.

The dial features the Jumbo's signature Petite Tapisserie pattern in the classic "Bleu Nuit, Nuage 50" hue. To celebrate the brand's 150th anniversary, the brand logo's font is inspired by historical icons. This limited edition of 150 pieces also pays homage to this milestone. The caseback features an engraved anniversary badge with the number "150," along with each watch's individual number.

The investment in developing the Audemars Piguet Royal Oak "Jumbo" Ultra-Thin Automatic Flying Tourbillon Chronograph is impressive, as is the time and effort invested – Audemars Piguet has successfully improved this chronograph in the areas that matter most to the wearer. Its ultra-thin construction enhances wearing comfort, making the RD#5 a standout example of the RD collection: a line that continually pushes the boundaries of watchmaking technology while remaining focused on delivering tangible benefits to its users.

RD#1: Royal Oak Concept Superstriker
Audemars Piguet's research and development project began in 2015 with the launch of the RD#1 Royal Oak Concept Superstriker, a minute repeater watch equipped with a tourbillon and chronograph. After eight years of collaboration with the Swiss Federal Institute of Technology in Lausanne (EPFL) and numerous experts, including professional musicians, Audemars Piguet has significantly improved the sound quality of a minute repeater. The sound is louder, richer, and more harmonious than that of a traditional chiming watch.

This achievement is the result of several innovations, most notably the design of the case itself: an additional soundboard with acoustic openings acts as a resonator, amplifying the sound in a manner similar to that of a musical instrument. Another key factor is the mounting of the gong. Rather than being fixed to the movement, the gong is now attached directly to the case, enabling more efficient sound transmission.

The chime regulator, which controls the rhythm of the chimes and is often noisy and distracting, has also been improved. A complex spring anchor mechanism now ensures that the anchor shaft no longer vibrates during operation. Thanks to a newly developed mechanism, even the pause typically seen between the hours and minutes (i.e., without the quarter-hour chime) has been eliminated. Furthermore, a new gong manufacturing process ensures exceptionally pure sound quality.

Beyond sound quality, functionality and safety have also been enhanced. While most minute repeater watches can be damaged if the time is adjusted while the striking mechanism is active, the Supersonnerie is equipped with a locking device that prevents the crown from being pulled out during the striking process. replica Richard Mille RM 63-02 Worldtimer

RD#2: Royal Oak Automatic Ultra-Thin Perpetual Calendar
The RD#2, launched in 2018, was the world's thinnest automatic perpetual calendar watch at the time. Its case measures just 6.3 mm thick.

To achieve this, Audemars Piguet once again unveiled several patented innovations. The end-of-month cam is integrated into the date wheel, while the month cam is integrated into the month wheel. From the outset, the geometry of each component was optimized to reduce adjustment and assembly time. All functions of the perpetual calendar are located on the same plane. To enhance legibility, the designers also abandoned the practice of assigning multiple displays to a single subdial, a common practice in perpetual calendars.

Third Model: Royal Oak Ultra-Thin Automatic Flying Tourbillon
In 2019, Audemars Piguet launched the RD#3, the first watch to ingeniously combine a flying tourbillon with an automatic movement, housed in a Jumbo case measuring just 8.1 mm thick. The watch is equipped with the Audemars Piguet 2968 ultra-thin movement, measuring just 3.4 mm thick.

The tourbillon utilizes a peripheral drive and a newly developed escapement. Combined with a lightweight titanium tourbillon cage, this significantly improves the movement's energy efficiency and reduces the size of the mainspring barrel.

The groundbreaking RD#3 also highlights the technical achievements of the new RD#5: it integrates not only a flying tourbillon and automatic winding system but also an innovative chronograph in the same case.

RD#4: Code 11.59: A Universe of Grand Complications
In 2023, after seven years of development, Audemars Piguet unveiled the RD#4, its most complicated watch ever. It boasts 40 functions, 23 of which are complications. These include a grande and petite sonnerie, a minute repeater, a flying tourbillon, a perpetual calendar, an astronomical moon phase, a flyback and split-seconds chronograph, and a large date. The newly developed 1000 automatic movement comprises 1,140 parts.

However, this watch wouldn't be a true RD collection if it weren't intuitive to operate and comfortable to wear. Despite its complex construction, the RD#4 boasts surprisingly comfortable wear: 42 mm in diameter and just 15.55 mm thick—a feat achieved through a series of miniaturization techniques within the movement. All pushers are clearly labeled, allowing for easy operation of the watch's various functions.

Notably, despite its relatively slim design, the high-resonance soundboard system of the RD#1 Supersonnerie is also incorporated. However, the soundboard system of this watch has been redesigned, allowing the back of the movement to be seen: the resonance plate connected to the gongs is made of sapphire crystal, while the soundboard cover with the acoustic openings is covered by a hinged gold caseback. https://www.reviewluxurystore.com