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MB&F Clock Machine No. 11 Architect The famous Swiss-French architect Le Corbusier once said, “une maison est une machine àhabiter” – a house is a machine for living in. MB&F's machines are habitable; the stories they tell place us in a different place or a different time, sometimes even a different world. It can be said that the MB&F machine does not wear out; it is alive. replica mens watches

This isn't always the easiest concept to grasp because a watch isn't a house, right? A house is a house and a watch is a watch; there's no clutter, it's black and white, right? MB&F's latest creation further blurs the lines between the two, with the result being a gray of steel rebar and a gray of freshly sprayed concrete.

In the 1960s and 1970s, avant-garde architectural concepts swept many parts of the world, and "bubble houses" were spread all over the world. Perfect examples of this type of architecture are the residences "La Maison Bernard" and "Le Palais Bulles", which belonged to Pierre Cardin - an Italian-French fashion designer and icon - located in the south of France Theour-sur-Mer.

The "Bubble House" was made possible through developments in building technology, using materials and methods that may seem implausible at first—or at least until someone actually built a house using them. The same goes for the MB&F Horological Machine No. 11 Architect. The new MB&F Horological Machine No. 11 Architect is indeed the house Max Büsser built. When MB&F founder Maximilian Büsser saw one of the bubble houses from the 1960s and 1970s, he thought: “What if that house was a replica watches for sale?”

In the mind of Max Büsser, the houses that inspired the birth of the clockwork machine No. 11 Architect had an organic quality. They have interesting shapes, swelling and bulging in unexpected places. How does one begin to transform thought experiments into real creations? How do you answer the question "What if a house was a watch?" The first blueprints were produced in 2018 by Eric Giroud, a key figure in MB&F's design process, whose architectural background clearly informed HM11 Architect's layout. The central atrium leads to four peripheral rooms. Transparency and light. The interior volume interacts with the exterior perspective. Curved forms, the close relationship between primitive forms and the human form, a futuristic vision.

Some knowledge about watches
The new MB&F Horological Machine No. 11 Architect is available in two limited editions of 25 pieces each, one with a blue dial and the other with a 5N red gold dial, in a titanium case measuring 42 mm in diameter. The central flying tourbillon of the new HM11 Architect forms the heart of the watch, propelling skyward beneath a double-domed sapphire roof. Appropriately enough, for an institution that is both spatially and functionally at the origin of the high quality replica watches, its quatrefoil upper bridge recalls the shape of a skylight, with four symmetrical volumes extending outward to form the four corners of the house HM11 Architect Parabolic room.

Rotate the house to enter each room; the entire structure rotates on its foundation. The 90-degree offset angle between each room means you can position the HM11 with one of the rooms facing directly towards you, or with one of the hallways of the house facing you and the rooms angled to the sides. This display orientation versatility also has practical uses. The HM11 Architect is an energy-efficient structure that delivers 72 minutes of power directly to the barrel, signaled by a tactile click under the finger, every 45 degrees clockwise rotation. After 10 full rotations, the HM11 Architect has a maximum autonomy time of 96 hours. On the HM11, winding the watch can be either accidental (a secondary effect of changing the direction of the room) or intentional. The action itself is amplified; instead of turning the small-diameter crown, you turn the watch itself, adding greater weight to the relationship between the HM11 and its wearer.

Four rooms time display
While all four rooms have similar interiors—sleek white walls and full sapphire crystal window panes—each room has a different function. The time room is where you retrieve hours and minutes. Stem-mounted spheres serve as hour markers, with larger and lighter polished aluminum spheres used for each quarter and smaller, darker polished titanium spheres for the remainder. Red-tipped arrows point to the hours and minutes, adding a rare touch of color to the otherwise Spartan space of time.

power reserve indicator
The next room 90 degrees to the left is where the power reserve display is. Following the design pattern established by Time Chamber, the stem-mounted sphere is paired with a red-tipped arrow to show how much operational autonomy is left in the HM11 Architect's barrel. Clockwise, the five spheres gradually increase in diameter until the final polished aluminum sphere measures 2.4 mm in diameter, indicating a full 96 hours of power reserve.

thermometer
In the next room was installed an instrument rarely seen in the world of clocks and watches, though common at home - a thermometer. The HM11 Architect features a mechanical temperature indication system with a bimetallic blade, which may seem quaint in this age of instant high-precision electronic thermometers and thermostat-controlled smart homes. The mechanical system operates without any external energy input and offers a display that changes in either Celsius or Fahrenheit, depending on the nice watches shop buyer's request.

HM11 Architect's mechanical thermometer uses the same centuries-old principle of exploiting differences in thermal expansion coefficients between materials, but its use constitutes a novel and unusual watchmaking feature. The bimetal forms a compact spiral and is coupled with the rack and lever. The expansion and contraction of the spiral changes the rotation angle of the rack, moves the lever, and thereby controls the movement of the temperature indication pointer.

While traditional bimetals are made from laminated copper and steel, modern mechanical thermometer manufacturers have utilized proprietary alloys to improve the accuracy and reliability of their instruments. The HM11 mechanical thermometer measures temperatures from -20–60 degrees Celsius to 0–140 degrees Fahrenheit.

crown
The final room remains a white void, its only aesthetic feature being a tiny round emblem engraved with the MB&F battle ax, set in a sapphire crystal window, that is the crown. But this seemingly empty space only functions as the time-adjusting crown of HM11. Pull the transparent module and it opens with a click. It's the front door and key to HM11; you turn it to reposition yourself in time.

The transparent crown, with a diameter of nearly 10 mm, is an unprecedented feature in watchmaking and allows unobstructed direct view of the movement. A sapphire crystal crown of this size, while having an undeniable aesthetic impact, also requires specific technical challenges to be overcome. As the main entrance to the movement, the crown must be equipped with a gasket to prevent water or dust particles from entering the watch and affecting its performance. A traditional crown requires a gasket approximately 2 mm in diameter, which provides adequate protection in most cases. These washers are primarily made of rubbery polymer and cause friction when turning the crown, but the amount is negligible and not noticeable during normal use.

sports
HM11's outer rooms are surrounded by polished grade 5 titanium facades, while the central atrium is open to light and covered with a double-vaulted sapphire crystal roof. Below, the 364-part, manual, in-house HM11 Architect movement beats at 2.5Hz — 18,000 vph. The rhythm of the flying tourbillon balance is a true spectacle. The plywood and bridges are colored using the PVD process (a physical vapor deposition) in the warm solar tones of Ozone Blue or 5N Gold.

The flying tourbillon that controls the HM11 Architect's timekeeping capabilities is now a key part of MB&F's mechanical identity, appearing in Horological Machines 6 and 7 as well as the Legacy Machine FlyingT. Its large balance wheel increases the overall inertia of the system, providing advantages in terms of chronometric stability, but tourbillons (especially flying tourbillons) are fragile mechanisms and susceptible to shocks that can affect performance. Rather than applying additional anti-shock elements to individual watch components, the HM11 uses a full-system shock absorber consisting of four high-tension suspension springs located between the movement and lower case.

These are not simple coil springs made from wire, but custom springs made from laser-cut, chrome-plated low-carbon, high-hardness steel tubing. The specific alloy composition and crystal structure of this steel provide excellent wear resistance, while its surface treatment and cylindrical shape impart aesthetic value – although the spring is completely hidden from view. This type of spring is used nowhere else in modern watchmaking except for MB&F, and is derived from technology primarily used in the aerospace industry. wholesale fashion watches

case
The materials of choice for both launch versions of the HM11 Architect are titanium and sapphire crystal. Both have a reputation for being extremely difficult to machine, and it was only in the last two decades that they were used in watches with complex shapes. The lower part of the HM11 case is a highly three-dimensional grade 5 titanium shell with different inner and outer surface contours. The upper covers of the four HM11 chambers are machined separately as they cannot be fixed until the movement is installed.

The HM11 housing is made up of 92 parts and took almost a week to complete, including all operations of milling, finishing and quality control. Despite its three-dimensional architectural concept and complex movement, the HM11 case is surprisingly only 42 mm in diameter. Since the curved legs also serve as attachment points for the strap, it looks stylish and comfortable on the wrist. These allow the watch to fit a variety of wrist sizes and also provide stability when turning the case to wind the barrel.

In a No. 11 horological machine, a conventional gasket five times the size of the crown would create so much friction that the crown would essentially brake out of use. Instead, two sets of washers are used, similar to the dual airlock safety systems found in spacecraft or submersibles.

Toward the outer edge of the watch, a large low-friction gasket creates a sufficient seal to prevent dust from entering through the sapphire crystal window. A water-resistant gasket of much smaller diameter is located closer to the center of the movement, surrounding the crown axis. There are 8 spacers dedicated to the sapphire crown alone. Ensuring the integrity of the case and its inner movement actually requires 19 washers, necessitated by the complexity of the case and its various external components.

The largest gasket used in the HM11 Architect is an O-ring structure, shaped in all three dimensions and placed between the case and bezel. A custom mold was cast for this spacer; it joins 18 other products to provide a specially designed solution to keep the HM11 house safe from the elements, with a water resistance rating of 20 metres.replica Breitling Aviatior 8

MB&F's Horological Machines have a reputation for increasing the sophistication of the shaped sapphire crystal components used in watchmaking, and the Horological Machine No. 11 is no exception. The HM11's case has six outward-facing sapphire crystal components, the largest of which consists of two separate sapphire crystal domes stacked concentrically to form the HM11's transparent atrium roof. Domed skylights figured prominently in residential architecture in the 1970s, a result of the period's fascination with injection-molded acrylics and adventurous design.

A standard watch with a power reserve of 48 hours requires 20 to 30 turns of the crown to fully wind it. The HM11's 96-hour power reserve requires only 10 clockwise turns of the case to be fully wound. Relocating the winding action from a small-diameter component such as the crown to the case itself also increases the upper limit of torque that can be applied to the winding mechanism. It's a simple physical principle - increasing the diameter of a rotating element reduces the energy required to turn the element. This means that the HM11 Architect's barrel can be wound more directly and faster.

On the wrist, the MB&F Horological Machine No. 11 Architect wears smaller than its actual size and is quite ergonomic, despite the protruding space. While the 23mm case height might be considered very thick, the watch's curved design makes it look less tall. With three displays and a unique winding system, it is a true feat of horology. What does it feel like to wear the "Bubble House" on your wrist? excellent!

The MB&F HM11 Architect comes with a white rubber strap (textured fabric-like) on the blue model, and a khaki green strap on the red gold model with a titanium buckle. The strap looks very similar to the HM8 Mark 2. https://www.reviewluxurystore.com
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