Identified by reference Q1372510, this replica ultra thin master gold edition dresses the Master Ultra Thin platform in gold with a refined dial layout. The warm case tone pairs with a dial that uses applied gold indices and dauphine hands, creating a monochromatic look where metal and markers share the same color temperature. Without a moon phase or power reserve to interrupt the surface, the Q1372510 lets the case material and finishing quality speak on their own terms.

Technical Overview

• Reference: Q1372510
• Case material: gold
• Dial: clean layout with applied gold indices
• Crystal: sapphire with anti-reflective coating
• Functions: hours, minutes, seconds, date
• Movement: automatic
• Strap: leather with gold buckle

The Q1372510 follows the classic Master Ultra Thin proportions, which means a thin profile that tucks under any shirt cuff. Gold adds weight relative to steel, so the wrist feel is noticeably more substantial even though the case dimensions remain exactly the same.

Inside the Movement

The automatic caliber in this reference is the same family of movements Jaeger-LeCoultre uses across the Ultra Thin Master range. It features a slim rotor that reduces the total movement height, which in turn allows the case to stay thin. The date mechanism adds a single complication without increasing thickness meaningfully, and the quickset function lets you adjust the date independently of the time. Visit our Ultra Thin Master collection for additional references. Those considering steel instead of gold will find the 1362511 steel reference shares the same movement architecture in a more understated package.

What Sets It Apart

Gold dress watches occupy a specific spot in any collection. They signal formality without requiring a complication to justify the metal choice. The Q1372510 does not try to be a moon phase or a tourbillon. It is a time-and-date watch in gold, and that simplicity is the entire point. This replica ultra thin master gold reference keeps the focus on material and finishing rather than mechanical complexity.