Rolex 126715 GMT-Master II Watches

The Rolex GMT-Master II 126715, often called the Everose Root Beer, is one of the most striking models in the GMT line. Crafted entirely from 18k Everose gold, it combines professional tool-watch functionality with unmistakable luxury.

Why Choose the Rolex 126715 Everose

Choosing the Rolex 126715 means investing in a watch that blends heritage, exclusivity, and performance. Everose gold ensures lasting beauty, while the GMT function makes it practical for travelers. As a rare model in the GMT-Master II family, it offers both prestige and long-term value.

The Rolex 126715 – Everose Root Beer

The “Root Beer” nickname traces back to vintage GMT models with brown and gold bezels. The modern 126715 CHNR revives this aesthetic with contemporary Rolex technology, pairing Everose gold with a brown-and-black Cerachrom bezel. This blend of heritage and innovation makes it one of the most desirable GMT-Master II references.

Key Features of the Rolex GMT-Master II 126715

• Case and Materials (18k Everose gold)
  • The 40mm Oyster case is made from Rolex’s proprietary Everose gold, engineered to resist fading and maintain its unique luster over time.
• Bezel Design – Black and Brown CHNR
  • The two-color Cerachrom bezel insert features engraved numerals filled with rose gold. Its “CHNR” designation refers to “Chocolat/Noir,” French for brown/black.
• Dial and Hands
  • The dial is a glossy black with Chromalight hour markers, offering exceptional legibility. The hands, also in Everose, include the distinctive GMT arrow hand for tracking a second time zone.
• Oyster Bracelet
  • The solid Everose Oyster bracelet combines luxury with everyday durability. Its polished center links add elegance, while the Oysterlock clasp and Easylink extension ensure comfort.
• Movement – Caliber 3285
  • Inside beats the Caliber 3285, a self-winding movement with a 70-hour power reserve, Parachrom hairspring, and Rolex’s Chronergy escapement. Certified as a Superlative Chronometer, it guarantees precision within -2/+2 seconds per day.