SeaQ 1-39-11-17-91-33 - Glashütte Original
Sporty and elegant in red gold
The youngest member of the SeaQ family presents itself in a red gold case with a diameter of 39.5 mm. The combination of fine red gold and classic black makes this model a sporty and elegant companion for every day. The look is rounded off by a black rubber strap or – for a more urban appearance – by a grey synthetic strap, each with a red gold double folding clasp.
The galvanic black dial with sunray finish presents hands, applied Arabic numerals and indexes, all with exquisite gold plate surfaces. The rotating bezel’s black ceramic ring is inlaid with white lacquer, while the generous use of white luminous material on numerals, indexes and hands, along with the date’s white numerals on a black ground, ensure optimal legibility.
With a water resistance of up to 20 bar, robust workmanship and high-quality materials, this stylish model meets every challenge. As a diver’s watch in accordance with DIN and ISO standards, each SeaQ undergoes a complex and in-house test procedure in several stages. Later, it reliably accompanies its wearer on all routes on land and under water.
Contrasts define the design of this SeaQ. Timeless black meets the warm glow of red gold, elegant sportiness joins mechanical perfection. For the first time, the mechanical heart of the SeaQ can be admired through a sapphire crystal case back that reveals the automatic manufactory Calibre 39-11. It features a skeletonized rotor with a rhodium-plated 21 carat gold oscillating weight. It goes without saying that this finely finished movement is hand-crafted, decorated and regulated in the manufactory’s own workshops.
- Hour and minute
- Screwed crown
- Bezel with one-directional rotation with ceramic inlay
- Galvanized black
- Surface with sunburst decoration
- Indices applied with Super-LumiNova® substance
- Glashütte three-quarter plate with stripe finish
- Swan-neck fine adjustment
- Bevelled edges
- Polished steel parts
- Skeletonized rotor with double-G symbol
- Heavy metal oscillation weight