- Rolex
- Rolex watches
- Yacht-Master
- M226627-0001
Rolex
Yacht-Master 42
Oyster, 42 mm, RLX titanium
Reference: 226627
Michael Spiers Plymouth: 01752 661981
Michael Spiers Truro: 01872 272264
Michael Spiers Exeter: 01392 666590
Michael Spiers Taunton: 01823 333152
- Reference 226627
- Dial Intense black
- Bracelet Oyster, three-piece solid links
- Model case Oyster, 42 mm, RLX titanium
- Material ["RLX titanium"]
- Movement Perpetual, mechanical, self-winding
- Calibre 3235, Manufacture Rolex
- Bezel Bidirectional rotatable 60-minute graduated bezel with matt black Cerachrom insert in ceramic, polished raised numerals and graduations
- Crystal Scratch-resistant sapphire, Cyclops lens over the date
- Power reserve Approximately 70 hours
- Water-resistance Waterproof to 100 metres / 330 feet
- Certification Superlative Chronometer (COSC + Rolex certification after casing)
Bidirectional Rotatable Bezel
The Yacht-Master’s bidirectional rotatable 60-minute graduated bezel is made entirely from precious metals or fitted with a Cerachrom insert in high-tech ceramic. The raised polished numerals and graduations stand out clearly against a matt, sand-blasted background. This functional bezel – which allows the wearer to calculate, for example, the sailing time between two buoys – is also a key component in the model’s distinctive visual identity.
Intense black dial
Like all Rolex Professional watches, the Yacht-Master 42 offers exceptional legibility in all circumstances, and especially in the dark, thanks to its Chromalight display. The broad hands and hour markers in simple shapes – triangles, circles, rectangles – are filled with a luminescent material emitting a long-lasting glow.
RLX titanium
RLX titanium is a grade 5 titanium alloy specially selected by Rolex. Like all titanium alloys, it is especially lightweight and is noted for its mechanical strength and corrosion resistance. Another characteristic of RLX titanium is the possibility of working it to give a polished or satin finish according to the brand’s specifications. Its high mechanical strength makes it complex to work with, and the decision to use it has required the introduction of special production processes.
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