Florence Rouge: a Rado quartz watch
Rado’s Florence Rouge combines a sunray-finished red dial with a polished stainless steel case. Its 38mm diameter and 8.7mm thickness define its proportions. The seven-row link bracelet extends the watch’s metallic presentation, while the date at 6 o’clock completes the time display.
A sunray-finished dial and edge-to-edge crystal
The sunray-finished red dial features applied and printed rose-gold-coloured indices, accompanied by matching hands and logo. The sunray pattern creates a play of light across the dial that complements its colour. The date window is positioned in the lower section, aligned with the central hands.
The domed, bevelled sapphire crystal forms both the front protection and the bezel. Its silver-tone metallic frame outlines the dial. This edge-to-edge construction gives the watch face visual continuity with the polished case.
A quartz movement with PreciDrive and HeavyDrive
The three-jewel R073 calibre powers this Florence. Its PreciDrive technology offers an advertised accuracy of ±10 seconds per year. HeavyDrive technology, meanwhile, improves the movement’s shock resistance. These two features provide concrete points of reference when choosing this watch based on the performance of its quartz mechanism.
An articulated bracelet and a date at 6 o’clock
The articulation of the seven rows of links follows the curve of the wrist. The silver-tone bracelet fastens with a three-fold stainless steel deployment clasp. The watch is water-resistant to 50 metres.
Additional information
- Stainless steel crown.
- Pressed stainless steel case back.
Why choose this men’s quartz watch?
This men’s quartz watch may be chosen for its combination of a colourful dial and a silver-tone metal bracelet. Whether for a personal purchase or a gift, the dial colour makes it possible to guide the choice according to the recipient’s tastes. The rose-gold-coloured details and the crystal construction offer additional visual criteria, while the advertised annual accuracy provides a technical criterion for comparing models.
