Integrated bracelet watches
A structural signature of certain lines (Nautilus, Aquanaut, Royal Oak). The bracelet is part of the case architecture.
12 of 59 in this collection
39mmJLC/AP Cal. 2121 -- ultra-thin in-house automatic, 19,800bph, 40h PR, 36j; only 3.05mm thick; micro-rotor; developed jointly with JLC as base for 21202012–2022
35mmCartier Cal. 1847 MC -- automatic, in-house, 28,800bph, 42h PR, 23j; workhorse Cartier automatic used across Santos and other sport-dress lines2018–present
36mmAP Cal. 2125 -- ultra-thin in-house automatic, 19,800bph, 40h PR, 36j; 3.05mm thick micro-rotor; variant of JLC-derived 2120 family with date1992–2003
42mmPatek Cal. 28-255 C -- ultra-thin automatic with date, 19,800bph, 40h PR, 29j; 3.71mm thick; integrated winding; used in 3700 Nautilus1976–1990
40mmPatek Cal. 26-330 S C -- automatic with date, 28,800bph, 35-45h PR, 29j; Gyromax balance, Spiromax hairspring; used in 5711 Nautilus2006–2021
41mmVacheron Cal. 5100 -- in-house automatic, 28,800bph, 60h PR, 37j; Overseas movement; Hallmark of Geneva certified, anti-shock system2016–present
30mmCartier Cal. 1853 MC -- automatic, in-house, 28,800bph, 42h PR; used in Tank Francaise; standard Cartier automatic with date module2023–present
40.5mmPatek Cal. CH 28-520 C FUS -- automatic flyback chronograph with second time zone, 28,800bph, 55h PR, 40j; column-wheel, vertical clutch; used in Nautilus 59902014–present
40mmPatek Cal. 240 PS IRM C LU -- ultra-thin automatic with perpetual calendar, moon phase, and power reserve, 19,800bph, 48h PR, 33j; micro-rotor; used in 5712 Nautilus2006–present
41mmAP Cal. 4302 -- in-house automatic with date, 28,800bph, 60h PR, 40j; used in Royal Oak 15500 and Code 11.59; modern AP automatic platform2019–present
41mmAP Cal. 3120 -- in-house automatic, 21,600bph, 60h PR, 40j; used in Royal Oak Offshore and ROO diver; AP-decorated with perlage and Cotes de Geneve2012–2019
40.5mmA. Lange & Sohne Cal. L155.1 Datomatic -- in-house automatic, 28,800bph, 50h PR; Odysseus sports model; first-ever Lange automatic movement2019–present
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