Swiss-Grade RMAL2 Clone Automatic Skeleton Movement with Variable Geometry Rotor
The Richard Mille RM 35-01 super clone runs on a Swiss-grade automatic mechanical movement engineered to match the genuine Richard Mille RMAL2 caliber in feel, frequency, and architecture. The movement operates at 28,800 vibrations per hour, winds automatically through a skeletonised variable geometry rotor that the wearer tunes for daily activity level, and holds a power reserve of approximately 55 hours for over two days off the wrist. The caliber drives the central hours, minutes, and small seconds at 6 o'clock across a grade 5 titanium baseplate and bridges, the same architectural choice the genuine RMAL2 uses for shock resistance and weight reduction on the tennis court.
Accuracy, Shock Resistance and Daily Performance
Daily deviation holds within -4 to +6 seconds per day after factory regulation, close to the chronometer band that buyers expect from a Swiss-grade automatic build at this tier. The grade 5 titanium baseplate and bridges give the movement a strong, light core that handles the repeated wrist shock of a tennis swing, which is the architectural reasoning behind the genuine RMAL2 inside Rafael Nadal's match watch. The 4 Hz beat rate drives a smooth seconds sweep on the small register, and the variable geometry rotor tunes the winding response across desk-bound and active-wear conditions. The 50-meter water resistance and the screw-down crown let the RM 35-01 super clone hold its seal through daily wear, hand washing, and light water contact, in line with the active-wear positioning of the Nadal reference.
Spec grid:
TypeAutomatic mechanical, skeleton
Frequency28,800 vph (4 Hz)
Power ReserveApproximately 55 hours
Winding RotorSkeletonised variable geometry
BaseplateGrade 5 titanium
BridgesGrade 5 titanium, satin finished
FunctionsHours, minutes, small seconds at 6 o'clock