IWC - Pilot's Watch - Blue Dial - SS Strap

A meticulous 1:1 recreation of the IWC Pilot’s Watch Chronograph, distinguished by its striking blue sunburst dial housed within a 41mm stainless steel case and paired with a matching stainless steel bracelet. The blue dial transitions dynamically under shifting light, ranging from vivid cobalt at the center to deeper navy along the perimeter, offering both elegance and instrument-inspired clarity. White Arabic numerals and printed scales exhibit precise stroke accuracy, clean spacing, and alignment faithful to the authentic reference. The tri-register chronograph layout incorporates subtle concentric snailing to enhance visual depth, while polished steel baton hands with luminous filling ensure optimal legibility in both daylight and low-light environments. The dual day/date aperture at 3 o’clock maintains correct proportions and crisp typography mirroring original factory execution. The 41mm stainless steel case displays consistent satin brushing across the case flanks and lugs, accented by polished bevel transitions that lend refinement without diminishing the tool-watch DNA. Screw-down crown architecture and cylindrical pushers reinforce the chronograph’s utilitarian aviation roots, while the anti-reflective sapphire crystal guarantees clarity from all viewing angles. The stainless steel bracelet completes the configuration with a cohesive visual and tactile profile. Alternating brushed and polished surfaces provide dimensional richness, while the tapered link structure ensures both ergonomic comfort and balanced wrist presence. The steel deployant clasp secures the bracelet with mechanical confidence and maintains the watch’s unified material identity. Driven by a custom 1:1 automatic chronograph movement, the piece reproduces the mechanical behaviors of the genuine caliber including responsive chronograph engagement, synchronized day/date advancement, smooth running seconds, and accurate winding resistance. Rotor geometry, engraved text, and component layout are executed to achieve high visual fidelity relative to the original movement architecture.