Richard Mille's RM 67-02 on the wrist of Alexander Zverev

152_RenaudCorlouer_rev0The RM 67-02 from Richard Mille is a slim, light, colourful, elegant and sporty watch and is therefore suitable for any situation. From the outset, Richard Mille designed this model in such a way that it can be adapted to the practice of different sporting activities. This is why many of the brand's partners took part in the development of the RM 67-02, personalised with the colours of their respective countries, in order to confirm the performance of this automatic watch in a range of activities outside of athletics. With tennis player Alexander Zverev, the RM 67-02 now faces a new battlefield. On the wrist of the world's No. 3 ranked tennis player Alexander Zverev, who will test the robustness of his RM 67-02 in Carbon TPT and Red Quartz TPT with repeated acceleration, tennis courts around the world will provide a life-size test bed. After Alexis Pinturault's RM 67-02 had to endure the rigours of cold ski slopes and bumps against slalom poles, the one made for five-time World Rally Champion, Sébastien Ogier, accompanied the driver through the tough stages of the Rally of Argentina. All these models protect the mechanical beauty of the CRMA7 movement, which combines the grade 5 titanium of the plate and bridges with the white gold and Carbon TPT® of the variable geometry rotor, with exceptional finishing. Adding to the comfort of the strap and the robustness of the case machined from TPT composites is the carefully hand-painted design of the relevant national sportsmen's flags, clearly visible on the grade 5 titanium dial. To perfect the wearability of the RM 67-02, Richard Mille has introduced the "comfort" strap. Made in one piece, with enough elasticity to perfectly follow the shape of the wrist, it adapts to any morphology. Two prototypes of the RM 67-02 are currently being used on Formula 1 circuits. Worn by rookie Charles Leclerc and Fernando Alonso, they allow Richard Mille to experiment with new technical solutions for its future models.

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