Have you ever daydreamed about owning a watch so intricate, it’s like having a tiny universe on your wrist? Allow me to introduce you to the APS Portuguese Series Perpetual Calendar Watch, a masterclass in craftsmanship and complication.
The watch is a spectacle of functionality. At the 12 o’clock mark, it presents a celestial display of sun, moon, and stars. The 9 o’clock position features an independent small seconds hand and a day indicator, while the 6 o’clock position is dedicated to the month hand that synchronizes with the year display at 7 o’clock, advancing annually. The 3 o’clock position showcases the iconic power reserve indicator and date display. Unlike imitators that glue hands together, each needle here operates independently, making it a testament to authentic craftsmanship.
Aesthetically, the APS watch doesn’t compromise. Its case replicates the original with a three-piece structure, brushed sides, and polished top and bottom. The domed sapphire crystal elevates its luxurious feel, making you wonder if you’re wearing a piece of art or a timepiece.
Under the hood, the watch boasts a 42.2mm x 14.9mm caliber built on the robust Portuguese seven-base movement. It’s efficient and stable, offering a power reserve of over 72 hours. The perpetual calendar module is as complex as it gets, mirroring the original in both function and adjustment via the crown.
Quality control is no less rigorous. Each watch’s perpetual calendar module is precisely set before it meets your wrist, meaning you can wear it right out of the box. A word of caution, though: Avoid adjusting it willy-nilly. Should you find the need to, set the time to 8 PM before tweaking any functions, aligning the day first. Pull out the crown slightly and turn upward to adjust the month (which links to the year), and downward three turns or so to tweak the date.
APS puts heart and soul into every piece, focusing on the minutiae that make all the difference. So next time you’re contemplating which watch to add to your collection, remember that some complexities are worth every second.
