Independent watchmaker Atowak created a brand new timepiece that includes an in-house engineered wandering hours show.
Atowak’s newest spaceship-style wristwatch, the Cosmofleet, is offered in a case that measures 39 mm × 15.7 mm (lug-to-lug 46.5 mm) and is crafted from a light-weight aerospace-grade titanium alloy, with tolerances all the way down to 0.02 mm. The 30-meter waterproof case has a darkish grey matte end, with 4 practical bolts holding down the titanium bezel and double curved cross-shaped sapphire crystal that provides an unobstructed view of the timepiece’s marquee wandering hours complication. Reduce to a tolerance of 0.01mm, the glass is manually polished to combine seamlessly with the case, reflecting the watch’s streamlined, unified design.
In response to Atowak, the Cosmofleet is “Impressed by the idea of futuristic area carriers, Atowak Cosmofleet is greater than a timekeeping system; it’s an exploration of the mysteries of time and area. The case design mirrors a command heart from an area fleet, with streamlined aesthetics and geometric aspects, evoking the structure of land service formations. Inside, the huge open area of the watch face is harking back to the starry cosmos, whereas the progressive three-dimensional star wheel palms shift like a fleet of spacecraft exploring the universe.”
“On the coronary heart of Cosmofleet is Atowak’s self-developed Vectorial-Orbit Wandering Hour (VOWH) system, a revolutionary time-reading mechanism that diverges from conventional designs. Managed by three units of high-precision planetary gears, the three-dimensional palms transfer with unparalleled stability and precision, guaranteeing that point is displayed with mechanical magnificence. Composed of 44 precision-crafted components constructed from six high-grade supplies, together with titanium alloy, brass, stainless-steel, aluminum alloy, ruby, and SSG nylon, the VOWH system embodies distinctive craftsmanship, with tolerances as advantageous as 0.005mm,” the corporate says.
A single-pin joint construction, impressed by historic tenon-and-mortise joints, reinvents three-dimensional hand design, utilizing a single rod to securely fasten the three-dimensional palms to the dial and is harking back to docking mechanisms utilized in fashionable area missions, such because the Apollo ASTP. This exact aluminum shaft ensures that each one parts are completely aligned and function seamlessly, creating an expertise akin to spacecraft docking.
Moreover, the Cosmofleet makes use of the world-first multi-segment push-type hand motion mechanism powered by a column wheel system, impressed by historic irrigation know-how. Extra advanced and steady than the Geneva Drive utilized in conventional Wandering Hour watches, this method is crafted from Grade 5 titanium alloy, showcasing the top of precision engineering.
To accommodate the burden and complexity of the VOWH system, Atowak developed a sophisticated bearing system that features 24+3 ruby bearings to cut back friction and put on. Every of the three-dimensional palms is supported by one ruby bearing, guaranteeing easy, steady operation. The caliber AK-06CA makes use of the 4Hz automated Miyota 9029 motion, with a 38-hour energy reserve as a base, combined with the self-developed module which drives the vectorial-orbit wandering hours show.
Beneath the sapphire crystal is Atowak’s distinctive vectorial-orbit wandering hours show, which options palms constructed from titanium and a constructed from intricately sculpted 3D copper with a fish-scale sample and sandblasted end, resembling shimmering stars. The time show is generously painted with vibrant inexperienced or pink emitting luminous materials.
The Atowak Cosmofleet AK 159 (turquoise) and AK 168 (pink) every include a tapered turquoise or pink Italian leather-based strap with pin buckle (74.65 grams) and tapered black nylon and FKM rubber strap with pin buckle (89.65 grams) and can be found now for a retail value of $2,999. Deliveries will start on November twenty ninth, 2024.
Study extra at Atowak.
Images by Atowak.
