Richard Mille RM 67-01 Automatic Extra Flat. Manufacturing thin automatic watches has its own particular difficulties, but one of the double challenges is to combine this movement design with the visual depth within the movement.
The extreme skeletonization of the RM 67-01 provides many clues in this regard, but the new method of dial construction shifts the eye from the edge of the three-layer bezel to the hour and minute hands in the central area.
The case of the new icon in this series represents the first time the barrel shape is made in an extra flat form, making it the most fashionable model in the barrel-shaped Richard Mille timepiece.
The figures of this new model are made of solid metal and mounted on rigid titanium rails directly connected to the two links of the movement. In order to increase the sense of depth, each number is carved from solid metal and filled with Luminova for easy viewing at night, which is the first of its kind in watches swiss.
The vertical date window has now been moved to the 5 o’clock position on the right side of the dial, and this window is also included in the window with a rough overview of Luminova. Between 1 o’clock and 2 o’clock, you can also see the function indicator of winding, date and hand setting.
Although this new timepiece is a self-winding timepiece, it will require a little winding after the first use or after a few days without wearing it. The indicator moves as the crown is pulled out, so when people move the crown in and out, they can make guesses simply by touching or “clicking” the number of times to select the function.
The automatic movement CRMA6 designed for RM 67-01 is a new movement with a thickness of only 3.6mm, designed by Les Breuleux engineers. The base plate and bridge are made of grade 5 titanium and are combined with gray and black plasma treatment. The weight of the rotor winding is platinum. The back of the movement continues to pay special attention to creating a sense of depth, and a wide range of skeletons can be seen everywhere, including large open barrels, rotors, forward wheel trains and automatic winding bridges.cheap watches
The modern architecture of the movement is full of mechanical stories. Even the 3 slotted screws on the dial side send a signal to the watchmaker that they are rotating in the opposite direction to the standard direction, and a large number of custom torque screws are used throughout the movement to ensure accuracy according to function and use, Apply the correct tension uniformly. The core of the movement’s structural design is the use of involute contours throughout the journey, rather than the standard cycloidal teeth commonly used in watchmaking. This profile can be found in automobile gearboxes and many various high-efficiency electric motors. However, their use in the field of watchmaking is rare and exceptional. This tooth shape can transfer energy more efficiently through the running train,
The new Richard Mille RM 67-01 automatic ultra-flat watch is equipped with a beautiful black crocodile leather strap (with curling) and a traditional double folding spring clasp.
On the wrist, the size of this new watch matches the actual size and is thinner.
The lightest, thin and ergonomic of the brand’s lightest automatic watch, RM 67-01, makes it a perfect choice. RM has redesigned the lines to highlight its hidden sports quality. The definition of the frame and the case with four extensions is not only a symbol of the brand’s sports watch, but also helps to strengthen the structure of the case. The weight of RM 67-02 is only 32 grams, thanks to the combination of TPT® composite material, grade 5 titanium alloy and elastic wrist strap (the brand’s lightest strap ever).
RM 67-02 is slim, lightweight, colorful, elegant, sporty and can be used in any situation. Unlike the precedent, Richard Mille designed the model so that it can be applied to various sports disciplines. This is why several partners of the brand developed the colors of RM 67-02 RM in their respective countries / regions to test the ability of this automatic movement under various settings.