Glashütte Original - SeaQ - 1-36-13-02-81-33
SeaQ Panorama Date Stainless Steel / Blue / Rubber - Folding
Hauptmerkmale
Marke
Glashütte Original
Familie
SeaQ
Referenz
1-36-13-02-81-33
Name
SeaQ Panorama Date Stainless Steel / Blue / Rubber - Folding
Uhrwerk
Glashütte Original caliber 36-13
Funktionen
Hours, Minutes, Seconds | Big Date
Hergestellt
2019
Gehäuse
Glas
Sapphire
Rückseite
Open
Form
Round
Durchmesser
43.2mm
Höhe
15.65mm
Wasserdichtigkeit
200M
Zifferblatt
Farbe
Blue
Verarbeitung
Sunburst
Indizes
Mixed
Zeiger
Proprietary
Beschreibung
The Glashütte Original SeaQ Panorama Date 1-36-13-02-81-33 debuted in 2019 as part of the Spezialist collection. This version is presented with a blue rubber strap secured by a stainless steel fold fastener, combining sportiness and comfort for everyday wear and underwater performance.
The stainless steel case measures 43.20 mm in diameter, with vertically brushed sides and a polished bevel along the lugs. A unidirectional rotating bezel with a blue ceramic insert frames the dial, providing both a functional dive timer and a visually unified color scheme. The sapphire crystal case back reveals the in-house Calibre 36-13, finished to Glashütte Original’s high standards.
The dial is galvanic blue with a fine sunray finish, produced entirely in-house. Applied Arabic numerals and indexes, as well as the hour and minute hands, are filled with white Super-LumiNova for strong contrast and excellent low-light legibility. The signature Panorama Date display at 4 o’clock uses non-overlapping discs for a clean, highly legible presentation.
Calibre 36-13 is an automatic movement with a silicon balance spring and bayonet mounting for added shock resistance. It beats at 28,800 vph and offers a 100-hour power reserve. The rotor is skeletonized and fitted with a 21k gold oscillating weight.
Certified as a professional diver’s watch to DIN 8306 and ISO 6425 standards, this reference is water resistant to 30 bar. Like all SeaQ Panorama Date models, it also undergoes the 24-day Excellence Test, verifying performance, precision, and robustness beyond chronometer requirements.
