Editorial
Steel perpetual calendars from manufacture movements are rare at any price. The L.U.C Perpetual Twin gives you day, month, a twin-aperture date, and a leap-year indicator good until 2100, driven by Chopard's own twin-barrel 96.22-L caliber, in a 43mm case that costs a fraction of what Geneva's most famous perpetuals command. It is an honest collector's watch: no moonphase theatrics, just serious horology.
Chopard launched the L.U.C line in 1996 as a deliberate push into manufacture watchmaking, separating the L.U.C atelier from the brand's fashion and jewelry output. The Perpetual Twin arrived in 2020, named for its twin mainspring barrels and its twin-aperture date display -- a departure from the single-window date most perpetual calendars use. The 96.22-L movement is COSC-certified and just 6mm thick despite the complication, built around a 22-karat gold micro-rotor.
The 168561-3003 in steel with a blue dial has been the standard production reference since launch, and it remains a relatively quiet corner of the perpetual calendar market: Chopard's marketing muscle goes toward the brand's jewelry and Mille Miglia lines, which keeps L.U.C examples off many buyers' radar. That low visibility is precisely what makes it interesting to collectors who know the movement.
The 43mm diameter is genuine, not padded by thick lugs, but at 11.47mm the case has real presence for a perpetual calendar automatic. Chopard's secondary market for L.U.C perpetual calendars is thin, which cuts both ways: prices are attractive on entry, but finding a buyer if you need to sell quickly requires patience. Service intervals matter here because a perpetual calendar movement accumulates complexity fast; insist on a full service history, not just a seller's word that it "keeps perfect time." Parts and service must go through Chopard's network, and while availability is currently good, L.U.C is a specialty segment within a mid-sized brand.
Don't confuse this reference with Chopard's other L.U.C perpetual calendars that do carry a moonphase -- the Perpetual Twin does not, by design.
