Richard Mille RM 52-01 Skull Tourbillon Nano-Ceramic watch



The Richard Mille RM 52-01 Skull Tourbillon Nano-Ceramic manual winding tourbillon movement has a bridge and a base plate machined from a grade 5 titanium alloy. It consists of a total of 505 components, including 41 jewels, and is extremely compact due to its “Duoplan construction”, which makes the tourbillon (the carriage rotates at 3 Hz and has a steep bridge shape) and the barrel is in the same Aligned on the axis. Richard Mille's RM69 erotic tourbillon has a 49-hour long power reserve (you guessed it) and is powered by a planetary differential in a new hole at 4 o'clock. The scale is displayed. The three-piece box made of 5-grade titanium alloy has an ergonomic size of 50 mm x 42.7 mm x 16.15 mm (of course, not all things are the case). A total of 20 spline screws (also titanium) were used to assemble the case and ensure it is waterproof to 50 meters. This limited-edition limited-edition watch is limited to 30 pieces and retails for $750,000. It will be exclusively available at Richard Mille's 24 stores worldwide. Richard Mille will be officially unveiled at SIHH 2016, when the new RM 67 will be on display. -01 Self-winding watch This watch is a thin version of its iconic RM 010 watch, without sacrificing the aesthetics or performance of the original design.


On the surface, the iconic shape of the original best luxury watches timepiece has been transformed into a thinner, more wear-resistant watch. However, in order to give the movement a sense of depth - the characteristics of all other products of Richard Mille before - designers must come up with a solution that can keep the slim structure It provides the ideal look while maintaining a strong structure, all of which must be done in a very thin casing.
Richard Mille's engineers developed a mechanism for the movement that would move the pointer away from the gear train, with the aim of enhancing the visibility of the main attraction of the watch, namely the pornographic information on the tricycle . Simply press the button at 8 o'clock to make the pointer temporarily disappear; release it to automatically return them to their correct timing position. In high-end timepiece finishes, round, beveled and mirror polished, hand-polished sinks and PVD-treated, micro-blasted and satin-finished surfaces. According to Richard Mille: RM 67-01 has a lot of clues in this regard; however, a new dial construction method shifts the eye from the edge of the three-layer baffle to the mid-circle of the central zone. Minute hand. ”


Uniquely, the Arab hour numerals are made of solid metal and are mounted on two titanium rails that surround the luxury mens watches dial and are directly attached to the movement. Each number is filled with luminescent material for easy night viewing. Another interesting design element is the date display, which uses outlines to create outlines at 5 o'clock instead of Arabic numerals.
The new automatic movement (Caliber CRMA6) is only 3.6 mm thick and can be placed in a new housing made of titanium and measuring 38.7 mm x 47.52 mm x 7.75 mm. According to Richard Mille, the movement was "designed by the engineers of Les Breuleux."
The main board and bridge are made of grade 5 titanium alloy and combined with grey and black plasma. The pendulum weighs in platinum and is part of the “OneWay” winding system, a ceramic ball bearing that allows the barrel to be effectively wound while maintaining the compact size of the extra flattened skeleton movement


The back of the movement, like the side of the dial, is hollowed out and visible through a transparent bottom cover. The exhibited components include a large hollow winding barrel, a rotor, a forward chain and a bridge for the automatic winding mechanism. It is worth noting that even the three slotted screws on the dial side are different because they are rotated in the opposite direction. In addition, custom torque screws richard mille watch price are visible throughout the movement, and these torque screws ensure the correct tension for their respective applications.