Black Bay One 39
Technical Details
Collection
Black Bay One
Reference Number
79660
Description
39mm steel case, Steel bracelet
Case
39mm stainless steel case with polished and satin finish
Bezel
Stainless steel bezel with polished and satin finish
Bracelet
Stainless steel bracelet, polished and satin finish, with TUDOR “T-fit” folding clasp and safety catch
Movement
Manufacture Calibre MT5602 (COSC) Self-winding mechanical movement with bidirectional rotor system
Dial
Blue
Winding Crown
Screw-down crown with the TUDOR rose in relief
Crystal
Flat sapphire crystal
Waterproofness
Waterproof to 100m (330 ft)
Watch description
The Black Bay One models are a sophisticated vision of the Black Bay aesthetic. A new version of its Black Bay line in both steel or steel and gold with a fixed bezel and fitted with Manufacture Calibres, the models come in four sizes, with a five-link bracelet and clasp with rapid adjustment.
Discover the Black Bay One 39, featuring a blue dial in a 39mm stainless steel case with polished and satin finish.
Five-Year Guarantee
Five-year transferable guarantee with no registration or periodic maintenance checks required
Autonomy
Power reserve of approximately 70 hours
Calibre
39 mm
The Black Bay remains one of TUDOR’s most recognized and recognizable models. Featuring dials inspired by the TUDOR divers’ watches produced during the 1950s, it borrows the characteristic angular hands known to collectors as “Snowflake” from models that appeared in the brand’s 1969 catalogue. Its shoulderless crown and the characteristics of its case are reminiscent of the first generations of TUDOR divers’ watches.
The Black Bay line is the result of the subtle blend of traditional aesthetics and contemporary watchmaking. Far from simply being an identical re-release of a classic, it brings together 70 years of TUDOR dive watches, whilst at the same time being resolutely anchored in the present. It is neo-vintage in conception, yet its manufacturing techniques, reliability, robustness and the quality of its finishes are consistent with today’s more rigorous requirements.
