The luxury watch industry’s annual jamboree in Geneva—the Watches & Wonders show—is slightly bonkers even when the economy is not showing signs of strain. This year, cost-of-living crises, soaring inflation rates, supply chain issues, and the war in Ukraine were scarcely evident in the ultra-luxe halls of Geneva’s Palexpo exhibition center. After a bumper 2022, Switzerland’s watch power players are pushing their prices skyward and yet reporting no fall in demand or production. This is not least because the all-important Chinese market, which was still in Covid lockdown a year ago, is coming back online in a big way. Indeed, the higher the price of the watch, the faster it sells out.
Creatively, the watch industry is in an exuberant mood. And though there is clearly not as much genuine innovation taking place in 2023 as last year—sadly, there’s no light-sucking cases, 3D-printed gold, or world-record timers thinner than a nickel—a riot of color, new material developments, and a healthy smattering of lab-grown diamonds should keep the WIRED watch fan interested.
Perhaps as a reaction to the real-world troubles above, some watch companies have abandoned their steadfastly sensible approach and decided to have some fun: A Kermit the Frog piece from Oris is trumped by Rolex, of all brands, effectively committing the horological equivalent of getting slightly drunk and making a day/date that displays neither the day nor the date. Instead the limited edition Day-Date 36 Puzzle Motif whimsically replaces the days of the week with “Happy,” “Eternity,” “Gratitude,” “Peace,” “Faith,” “Love” and “Hope,” while the “date” window at 3 o’clock now reveals not numerals, but 31 emojis in sequence. These include a kissy face, a four-leaf clover, a heart, and a peace sign. It does not include a golden poop emoji. Yes, we asked.
Here are our other highlights from the show.
Oris has created a 3D-printed piece aimed at taking the manufacturing technique to new heights. For the case of its new ProPilot Altimeter, the brand worked with a Swiss startup, 9T Labs, that uses additive fusion technology (AFT) to make carbon fiber parts for the aerospace, automotive, and medical industries. Its two-stage process involves manufacturing a part through the precise layering of carbon-fiber strands before putting it through a high-pressure, high-heat molding treatment that strengthens the bonding of the layers and optimizes the profile and finish of the piece.