Review Richard Mille RM 61-01 YOHAN BLAKE Watch

The Richard Mille RM 61-01 YOHAN BLAKE watch uses Quartz TPT® quartz carbon fiber and Carbon TPT® carbon fiber to replace the TZP ceramics in the bezel and back cover of the Richard Mille RM 61-01 YOHAN BLAKE watch, and uses Carbon TPT® carbon fiber to strengthen the overall structure in the middle case http://www.gdwatchclone.to.

The dial adopts a hollow design, and the hour and minute hands are treated with a luminous coating to ensure that clear time information can be obtained in a dim environment. In addition to the watch case deliberately stretched on the side from 2 o’clock to 5 o’clock to avoid possible rubbing against the wrists of sprinters, it is also equipped with a crown protector made of Carbon TPT® carbon fiber to ensure that it will not be The crown is touched by mistake.

The Carbon TPT® carbon fiber layer is inserted into the silica fiber layer with a thickness of no more than 45 microns, and the layer is laminated through an automatic machine, so that the fiber filaments between the layers are staggered at a 45 degree angle. The desired composite material needs to be heated to 120 degrees Celsius at a pressure of 6 bar in an autoclave, and then it can be processed in Richard Mille’s factory.

The movement uses a double barrel device to help improve the long-term stability of torque. By distributing the stored power to two winding barrels instead of one, the number of rotations can be increased, and the pressure on the gear teeth, bearings and pivot bearings can be reduced, so as to achieve the long-term improvement of timekeeping performance. Related blog.