Home / Brands / Frederique Constant / Unclassified / FC-975BL4NH9 Frederique Constant FC-975BL4NH9 41mm · Rose Gold · Caliber FC-975 · 30m
Frederique Constant Highlife Tourbillon Perpetual Calendar Manufacture
Brand Frederique Constant Full reference FC-975BL4NH9 Also written as FC975BL4NH9 Case diameter 41mm Case material Rose Gold Water resistance 30m Movement Automatic Caliber FC-975 Power reserve 38 hours Functions / complications Date, Day of the Week Indicator, Month Indicator, Leap Year, Tourbillon 60 Seconds Dial color Blue Bracelet / strap Alligator Copy page link
Sources & record notes Displayed specifications follow the most complete source record. Other source records are retained below; conflicting values are not silently combined. The Watch Pages.
The Watch Pages · Frederique Constant FC-975BL4NH9 Original collection: Not recorded
Technical Specifications / Date Added: November 15, 2023
Technical Specifications / Reference: FC-975BL4NH9
Technical Specifications / Brand: Frederique Constant
Technical Specifications / Case Size: 41mm
Technical Specifications / Case Material: Rose Gold
Technical Specifications / Dial Color: Blue
Technical Specifications / Dial Finish: Embossed
Technical Specifications / Movement: Automatic
Technical Specifications / Caliber: FC-975
Technical Specifications / Power Reserve: 38 hours
Technical Specifications / Water Resistance: 30m
Technical Specifications / Strap Material: Alligator
Technical Specifications / Strap Color: Blue, Interchangeable
Technical Specifications / Buckle Type: Pin
Technical Specifications / Style: Classic
Technical Specifications / Special Features: Open Case Back, Limited Edition, Luminescence, Water Resistant
Technical Specifications / Limited Edition: Limited to 35 pieces
Technical Specifications / Complications: Date, Day of the Week Indicator, Month Indicator, Leap Year, Tourbillon 60 Seconds Images are loaded from the cited external sources. Copyright remains with its holders; permission to reproduce locally has not been established.
Corrections and data limitations