Audemars Piguet - Royal Oak - 50th Anniversary

A refined interpretation of the Royal Oak “Jumbo” 39mm 16202 “50th Anniversary”, presenting the purest expression of the model’s legendary proportions in stainless steel, paired with a rich green textured dial and the signature integrated steel bracelet. The slim 39 mm case preserves the classic ultra-thin Royal Oak silhouette, emphasizing the balance, restraint, and architectural clarity that define this historic reference. The green dial features the iconic Petite Tapisserie texture, producing a dynamic tonal spectrum that shifts from vibrant emerald to deep forest green depending on lighting conditions. Applied hour markers are crisply faceted with luminous filling, complemented by slender baton-style hands that maintain the Jumbo’s traditional two-hand layout. The framed date window at 3 o’clock integrates cleanly into the grid structure, preserving symmetry and visual calm across the dial. The instantly recognizable octagonal bezel is executed with fine vertical brushing and sharply defined polished bevels, while the perfectly aligned hexagonal screws reinforce the technical precision of the Royal Oak design. The stainless-steel mid-case remains slim and elegantly brushed, outlined by continuous polished chamfers that accentuate the watch’s angular yet refined profile. The integrated stainless-steel bracelet follows the classic Royal Oak construction, with progressively tapering links finished in uniform brushing and separated by bright polished bevels. Its fluid articulation ensures a smooth, natural drape on the wrist while maintaining the structured, high-presence character expected from the Jumbo lineage. Inside, the watch is powered by a custom automatic movement styled after the anniversary caliber, featuring rotor detailing inspired by the commemorative 50th Anniversary design. Smooth winding behavior, stable timekeeping, and a refined seconds motion support dependable everyday performance while preserving the visual authenticity associated with the historic model.