The N4130 Rolex Daytona Super Clone is a masterpiece in replica watchmaking, offering a thorough analysis of the original Cal.4130 movement. This super clone not only faithfully reproduces all functions but also boasts unparalleled stability and durability.

The factory invested heavily to acquire original models to replicate parts, ensuring compatibility with the original’s 40×12.4mm dimensions. The one-piece movement was crafted over two years with advanced CNC equipment, achieving the lowest friction between bearings and gears. Unlike other versions, this model features a genuine integrated movement without excessive plates or fake gears, preserving the case’s slim profile.

Every detail, from the intricate engravings to the precise lettering, mirrors the original Rolex Cal.4130’s finesse. The crisp, effortless chronograph reset and the authentic KIF shock absorber and blue hairspring enhance the watch’s precision. Each movement undergoes rigorous QC testing, ensuring reliable assembly.

The perfect execution of movement dimensions allows for a case thickness equal to the original, at 12.4mm. Utilizing 3D printing for molds, every line and contour of the case and bracelet aligns seamlessly with the original, offering unparalleled hand feel and elegant aesthetics.

Compatibility with original parts includes the bezel, crystal, inner cover, crown, dial, hands, and clasp. Only the weight differs for precious metal versions, making detection of differences nearly impossible.

The devil is in the detail: the engraved bezel indices are applied using physical vapor deposition technology, matching the original in thickness and color retention. The dial radiates refined textures, revealing micro lines under magnification, while the sub-dials display uniform sunburst patterns, showcasing brilliance and quality from every angle.

The markings like the ‘dog head’, balance, and ‘750’ precious metal signs are indistinguishable from the original to the naked eye. The clasp’s crown and body are seamlessly molded together, ensuring strength without spot welding.