No products in the cart.
Original price was: $950.00.$749.00Current price is: $749.00.
| Model/Reference Number | Rolex Sky-Dweller 326934 |
| series | Sky-Dweller |
| Case Material | 904L Stainless Steel |
| Case diameter | 42mm |
| Mirror/Crystal Glass | Scratch-resistant sapphire with anti-reflective coating |
| Bezel | Fluted Rotatable Command Bezel |
| Strap | Oyster |
| Lume | Chromalight (blue emission) |
| Crown | Screw-down twinlock crown |
| Waterproof depth | 50 meters |
| Dial/Surface | Green |
| movement | Super Clone 9001 Automatic |
| Buckle | Folding Oysterlock safety clasp |
Experience the perfect fusion of Rolex’s most sophisticated complications with striking modern aesthetics in this exceptional 1:1 super clone of the Sky-Dweller 326934. Featuring a captivating green dial and robust Oyster bracelet, this timepiece represents the pinnacle of contemporary watchmaking, meticulously engineered to replicate every detail of the genuine model with astonishing accuracy.
Advanced Super Clone 9001 Movement
Dual Time Zone: Innovative off-center 24-hour disc for seamless timezone management
Annual Calendar: Sophisticated Saros system automatically adjusts for different month lengths
Precision Performance: Regulated to within ±2 seconds per day for exceptional accuracy
Extended Power Reserve: 72-hour power reserve for uninterrupted performance
Exceptional Craftsmanship
904L Stainless Steel: Premium grade steel used for both case and Oyster bracelet
Ring Command Bezel: Fully functional fluted bezel for intuitive complication adjustment
Green Dial Excellence: Stunning green dial with sunburst finish and Chromalight markers
Superior Water Resistance:50-meter rating for professional reliability
Design Innovation
42mm Case: Perfect contemporary proportions for wrist presence and comfort
Oyster Bracelet: Robust three-piece links with folding Oysterlock clasp
Enhanced Legibility: Scratch-resistant sapphire crystal with Cyclops date magnification
Modern Aesthetics: Bold green dial complemented by polished and brushed surfaces
