Like its predecessors, the RM 35-02 Rafael Nadal coalesces the fruits of a constant quest for innovation within a unique design. Inspired by the RM 35-01, the RM 35-02 emerged in response to a request from many Richard Mille customers for a self-winding mechanism at the heart of a Nadal calibre. As a result, the name ‘Nadal’ now graces a unique collection of Richard Mille watches that are synonymous with innovation, lightness and shock-resistance.
Powered by the new RMAL1 calibre, the base plate and bridges in wet-sandblasted grade 5 titanium, which has been PVD/Titalyt® treated and stretched to ensure supreme rigidity and impeccably smooth surfaces. The RM 35-02 Rafael Nadal is available in either a daring bright Quartz-TPT Red with white highlights or NTPT Carbon.
Case in NTPT® Carbon OR Quartz-TPT® Red — NTPT® Carbon and Quartz- TPT® Red are exclusive material with a unique appearance. Their remarkable surface displays extremely regular undulations, as they are composed of multiple layers of parallel filaments obtained by dividing carbon fibers or silica threads.
These layers, with a maximum thickness of 45 microns, are impregnated with resin then woven on a special machine that modifies the direction of the weft by 45° between layers (Quartz-TPT® layers are saturated in a red resin developed specially for Richard Mille). Heated to 120°C at a pressure of 6 bars, these materials are then ready to be processed on a CNC machine in Richard Mille’s ProArt case factory.
The case of the RM 35-02 is water resistant to 50 meters, ensured by two Nitril O-ring seals. The case is assembled with 20 spline screws in grade 5 titanium and abrasion resistant washers in 316L stainless steel. This permits better control of the torque applied to the screws during assembly. These screws are therefore unaffected by physical manipulation during assembly or disassembly and age well.
Rotor with variable geometry — This exclusive RICHARD MILLE design allows the rewinding of the mainspring to be adapted most effectively to the user’s activity level within sports or leisure environments.
By adjusting the six positional setting of the rib’s placement, the rotor’s inertia is modified, either speeding up the winding process in the case of minimal arm and hand movements, or slowing it down when intensive activity sports are pursued.
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