Home / Brands / Hublot / Big Bang / 441.UG.5220.RX.NES23 Hublot Big Bang 441.UG.5220.RX.NES23 42mm · Aluminium, All Green · Caliber MHUB1280 · 100m
Hublot Big Bang Unico Nespresso Origin
Brand Hublot Full reference 441.UG.5220.RX.NES23 Also written as 441UG5220RXNES23 Collection Big Bang Case diameter 42mm Case material Aluminium, All Green Water resistance 100m Movement Automatic Caliber MHUB1280 Power reserve 72 hours Functions / complications Chronograph, Small Seconds Dial color No Dial, Green Bracelet / strap Rubber Copy page link
Related references — same collection Shared specifications help discovery; these links do not assert a predecessor or successor relationship.
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 · Hublot 441.UG.5220.RX.NES23 Original collection: Not recorded
Technical Specifications / Date Added: May 12, 2023
Technical Specifications / Reference: 441.UG.5220.RX.NES23
Technical Specifications / Brand: Hublot
Technical Specifications / Case Size: 42mm
Technical Specifications / Case Material: Aluminium, All Green
Technical Specifications / Dial Color: No Dial, Green
Technical Specifications / Dial Finish: Openworked
Technical Specifications / Movement: Automatic
Technical Specifications / Caliber: MHUB1280
Technical Specifications / Power Reserve: 72 hours
Technical Specifications / Water Resistance: 100m
Technical Specifications / Strap Material: Rubber
Technical Specifications / Strap Color: Green
Technical Specifications / Buckle Type: Folding Clasp
Technical Specifications / Style: Sporty
Technical Specifications / Special Features: Open Case Back, Limited Edition, Luminescence, Skeletonized, Water Resistant
Technical Specifications / Limited Edition: Limited to 200 pieces
Technical Specifications / Complications: Chronograph, Small Seconds Images are loaded from the cited external sources. Copyright remains with its holders; permission to reproduce locally has not been established.
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