Previously Sold.
This watch has previously been sold by The Watch Trader. We regularly source similar examples and may be able to locate one for you. Availability and pricing vary based on condition, year, and market.
Rolex GMT-Master II – Ref. 16710 (Stainless Steel / Black Dial / Oyster Bracelet / 40mm)
Specific Watch Details:
Year: 1999 (Approximately)
Condition: Used (Fair) Shows heavy wear such as scratches, dents, or scuffs. Bracelet or strap may be stretched. Signs of use are clearly visible. Please see photos.
Inclusions: Service Card dated 2023
Bracelet/Strap: Stainless steel Oyster bracelet with Fliplock clasp
Stock Number: 1558
General Information:
Brand: Rolex
Family: GMT-Master
Model: GMT-Master II
Reference Number: 16710
Movement: Rolex Caliber 3185 – Automatic; Date
Case Material: Stainless Steel
Bezel: Bidirectional aluminum 24-hour bezel
Crystal: Sapphire
Case Back: Solid
Case Diameter: 40mm
Dial:
Color: Black
Indexes: Luminous hour markers
Hands: Superluminova hands
Features: Superluminova lume
About the Rolex GMT-Master II – Ref. 16710 (Stainless Steel / Black Dial / Oyster Bracelet / 40mm):
The Rolex GMT-Master II Ref. 16710 is a distinguished model cherished by collectors for its historical significance and design evolution. Introduced as a successor to the inaugural Ref. 16760, this model features a slimmer movement and case, enhancing comfort while retaining the independent GMT hand functionality. The all-black bezel on this edition offers a unique aesthetic compared to the traditional two-tone bezels, making it a standout piece in the GMT-Master collection. With roots tracing back to the 1950s, the GMT-Master II remains a symbol of Rolex's innovation in dual-time zone watches.
Important Notes:
All images provided are of the actual watch you will receive.
For added assurance, please contact us directly with any questions.
This watch may or may not include specific parts, booklets, or accessories. Please read the listing carefully.
We use a macro lens for our photos, which may make imperfections appear larger or more pronounced than they actually are.
