4.30 mm ultra-thin self-winding mechanical movement
Manufacture Piaget 910P, ultra-thin self-winding mechanical movement.
Manufacture Piaget 910P, ultra-thin self-winding mechanical movement. Peripheral 22K gold rotor coated with black PVD. Housed in one of the thinnest self-winding mechanical watches in the world, the 910P movement is the fruit of three years of development and a revolutionary design born with the 900P calibre. Fusing the movement to the external parts, this new masterstroke of finesse – a mere 4.30 mm thick – used the case as the plate to which the 219 components of the mechanism are affixed. This complex structure depends on an inverted construction of the movement, with bridges mounted on the dial side, a suspended barrel held in place by a single bridge – providing a 48-hour power reserve – and off-centre hours and minutes display at 10 o’clock. The entirety of this ultra-thin movement and hand system is held in the height of the balance, while the gold rotor coated in black PVD is placed at the periphery in the same quest to optimise use of the space. All components are decorated in the grand watchmaking tradition, with a circular satin-brushed plate, sunburst satin-finished bevelled bridges, sunburst or circular-grained wheels, and screws coated with black PVD. In the final flourish of this masterpiece of finesse, the index-assembly is stamped “P”.
Ultra-thin - self-winding
- Self-winding mechanical
- Off-centered hours and minutes at 10 o'clock
- Technical features:
- Ultra-thin movement, “P” fixed to the regulator-assembly as Piaget signature, Suspended barrel
- Power reserve (in hours):
- Approx. 48
- Frequency (vph):
- Frequency (Hz):
- Diameter (mm):
- Number of jewels:
- Thickness (mm):
- Number of components:
- Bevelled bridges, Circular satin-brushed back, Sunburst satin-brushed bridges, Circular or sunburst-brushed wheels, Black coloured screws
*Piaget luxury watches and jewellery are individually produced and thus the weight and carats of each product can vary from the displayed data.