Ref.8200 GMT Dualtimer Automatic Watch

Practical. Functional. Inherently refined. Designed for the discerning global citizen, the Viktor Alexander 8200, 8300, and 8400 series are essential instruments for the modern, jet-setting individual who demands elegance without sacrificing utility.

Each timepiece in the GMT family—be it the Dualtimer, Worldtimer, or GMT V2—shares the hallmark characteristics of Viktor Alexander’s signature design language: a robust yet elegant 43mm case, Swiss-made reliability, and the understated brilliance of a simplified dual-time complication. With a profile that tapers seamlessly to the wrist, these watches are engineered for absolute comfort during long-haul travel and everyday transitions between time zones.

The dial is a study in depth and dimensionality. From the laser-engraved, radiating center to the lacquer-filled metallic indices, each layer reveals the Maison’s commitment to meticulous detailing. This interplay of textures and finishes isn’t merely decorative—it’s a deliberate aesthetic that elevates function into art.

A highly legible GMT indicator—subtly referencing cockpit gauges—ensures instant readability without distraction. This aviation-inspired clarity has earned the collection loyal endorsement from commercial pilots, frequent flyers, and elite military personnel alike.

Whether navigating across continents or between boardrooms, the GMT series is more than a timepiece. It is a companion for those who live life on the move, who value both craftsmanship and clarity, and who appreciate that in every second, precision matters.

CASE SIZE: 43mm

MATERIAL: Brushed 316L Stainless Steel with Rose Gold Bezel

DIAL:Roman Numeral Index with Black Lacquer and Laser Etching Centre

HANDS: Skeletonized Indicators with Superluminova

CALIBRE:  VA100-2 Automatic Swiss movement

POWER RESERVE: 42-Hours

CASEBACK: Globe GMT Laser Etching Steel Caseback

STRAP: 22mm Alligator Straps

BUCKLE: VA Pin Buckle

All timepieces come with a 5-year International warranty that covers any mechanical defects.