The Titanium Field GuidePicks of the month

Hublot Classic Fusion Titanium Pavé 33mm

581.NX.1470.RX.1704

The Hublot Classic Fusion Titanium Pavé 33mm is a 33 mm Grade 5 titanium dress watch with an HUB2912 quartz movement.

All Hublot watchesDress watchesGrade 5 titaniumCompact (38 mm and under)
Price
$18,600
Material
Titanium
Grade / type
Grade 5
Water resistance
50 m
Reference
581.NX.1470.RX.1704
Type
Dress
Case diameter
33.0 mm
Origin
Switzerland
Movement
HUB2912 Quartz Movement
Caliber
HUB2912
Power reserve
3 to 5 Years
Complications
Date
Colour
Grey
Surface treatment
Polished Titanium Set with 114 Diamonds totaling 0.6ct
Finish technology
Natural finish
Nickel-free
No (steel contact)
Bracelet / strap
Black Rubber and Alligator Leather Straps; Stainless Steel Deployant Buckle Clasp
Crystal
Sapphire
Display back
No
Dial
Satin-finished Black Sunray
Dial colours
Black
Availability
Offered
Status
Current
Not published
Thickness, Lug-to-lug, Weight, Hardness, Construction, Caseback, Matching bracelet, Lume
High confidence Verified Oct 2026 Source: Hublot (maker) product page
Facts are free to cite with a link.
Reader reviews & photosContribute photo or review
See it in the interactive guideGet the monthly letterContribute a photo or review

Similar watches

Alternatives to the Hublot Classic Fusion Titanium Pavé 33mm

More watches from Hublot

Frequently asked questions

Is the Hublot Classic Fusion Titanium Pavé 33mm nickel-free?

No. At least one part that touches the skin is steel, usually the caseback or the clasp, and steel carries nickel, so the guide does not list it as nickel-free.

What grade of titanium is the Hublot Classic Fusion Titanium Pavé 33mm?

Grade 5, as stated by the maker.

What size is the Hublot Classic Fusion Titanium Pavé 33mm?

The case is 33 mm across. It is water resistant to 50 m.

How much does the Hublot Classic Fusion Titanium Pavé 33mm cost, and is it available?

It is in production, at a list price of $18,600.

All Hublot watches · Dress watches · All 1,960 watches

Learn: Titanium grades · Surface treatments · Why titanium scratches · How to read a spec

How we verify & grade · Image & Trademark Policy · Terms & Conditions · Privacy Policy

Report an error on this page · how corrections work