At 40mm, this replica Nautilus 571910 white 40mm covers every visible surface with white diamond pavé across the case, bezel, dial, and bracelet. The 5719/10G reference represents the highest density of gemstone coverage in the entire Nautilus lineup. Where the 5711-1300 iced-out models apply diamonds over a standard case architecture, the 5719/10G was conceived from the ground up as a full jewelry watch. Every millimeter of the white gold case body disappears beneath rows of precision-set round brilliant stones.

Technical Overview

• Case diameter: 40mm
• Case material: white gold with full diamond pavé
• Dial: diamond-set, no visible metal surface
• Bezel: seamless diamond coverage
• Bracelet: white gold links with diamond pavé
• Crystal: sapphire
• Movement: automatic

The 5719/10G uses round brilliant stones across its surfaces rather than the baguette cuts found on other full-diamond Nautilus references. Round brilliants maximize light return and create the classic “sparkle” effect that defines white diamond watches.

Inside the Movement

Full pavé Nautilus references like the 5719/10G exist at the intersection of watchmaking and jewelry craft. Setting hundreds of stones across a curved case surface while maintaining water resistance and crown function requires specialized technique. Patek Philippe positions the 5719/10G as a showcase of their lapidary workshop as much as their movement atelier. Explore more diamond configurations in the Nautilus collection, or see how baguette-cut stones change the character on the 5719/10G in pink baguette diamonds.

What Sets It Apart

The difference between the 5719/10G and a partially set Nautilus is total commitment. There are no bare metal surfaces to break the diamond field. The result reads as a singular object of light rather than a watch with some stones added. For collectors who view their wristwatch as the primary jewelry piece in their ensemble, the 5719/10G leaves zero question about intent. This replica Nautilus 571910 white 40mm is the Nautilus taken to its absolute maximum in gemstone density.