Inspired by the graceful power of deep-sea manta rays, the ATOWAK MANTA-X transforms fluid motion into a bold mechanical design. Its sculpted curves, fin-like forms, and precise movements reflect the harmony of nature and engineering. Using high-precision laser scanning, every detail captures the manta’s dynamic flow, reimagined as a timepiece. When the 60° wandering hour carousel glows with lume, time becomes a living rhythm—where ocean energy meets mechanical art.
Inspired by the graceful power of deep-sea manta rays, the ATOWAK MANTA-X transforms fluid motion into a bold mechanical design. Its sculpted curves, fin-like forms, and precise movements reflect the harmony of nature and engineering. Using high-precision laser scanning, every detail captures the manta’s dynamic flow, reimagined as a timepiece. When the 60° wandering hour carousel glows with lume, time becomes a living rhythm—where ocean energy meets mechanical art.
ATOWAK MANTA X pioneers horological fluid dynamics with the world's first 180° hexa-prism wandering hour system. Aerodynamically optimized through computational fluid dynamics, the structure reduces air resistance by 18% during 0.3-second jumps. Each 60° flip mimics the MANTA X’s wingbeat—timekeeping transformed into biomechanical poetry
ATOWAK MANTA X pioneers horological fluid dynamics with the world's first 180° hexa-prism wandering hour system. Aerodynamically optimized through computational fluid dynamics, the structure reduces air resistance by 18% during 0.3-second jumps. Each 60° flip mimics the MANTA X’s wingbeat—timekeeping transformed into biomechanical poetry
MANTA X's tidal gravitas orchestrates 13 minute wheels in marine-inspired choreography. Sub-hairspring tolerances (<0.003mm) and involute gearing ensure silent, frictionless operation. Each flip becomes a microcosm of tidal forces—precision engineered, artistically executed.
MANTA X's tidal gravitas orchestrates 13 minute wheels in marine-inspired choreography. Sub-hairspring tolerances (<0.003mm) and involute gearing ensure silent, frictionless operation. Each flip becomes a microcosm of tidal forces—precision engineered, artistically executed.
Powered by a modified Sellita SW200 calibre and ATOWAK self-developed module, the MANTA X merges Swiss precision with biomimetic innovation. A carbon fiber starwheel track system—50+ components, 26 ruby bearings—delivers ±7s/day accuracy. Shock-absorbing carbon arms replicate MANTA X hydrodynamics.
Powered by a modified Sellita SW200 calibre and ATOWAK self-developed module, the MANTA X merges Swiss precision with biomimetic innovation. A carbon fiber starwheel track system—50+ components, 26 ruby bearings—delivers ±7s/day accuracy. Shock-absorbing carbon arms replicate MANTA X hydrodynamics.
Forged through 135 precision processes, MANTA X’s Grade 5 titanium case—weighing only 60% of stainless steel and offering three times the corrosion resistance—emulates MANTA X gill mechanics. Five-axis machining sculpts respiratory-like curves, each facet a tribute to abyssal morphology.
Forged through 135 precision processes, MANTA X’s Grade 5 titanium case—weighing only 60% of stainless steel and offering three times the corrosion resistance—emulates MANTA X gill mechanics. Five-axis machining sculpts respiratory-like curves, each facet a tribute to abyssal morphology.
The MANTA X features a double sapphire dome crystal - an 8mm-radius dual-dome crystal with 6-layer AR coating achieves 92% transparency. Peripheral fan-shaped integration creates immersive depth—time read through a submersive lens.
The MANTA X features a double sapphire dome crystal - an 8mm-radius dual-dome crystal with 6-layer AR coating achieves 92% transparency. Peripheral fan-shaped integration creates immersive depth—time read through a submersive lens.
MANTA X's 2.5mm sapphire glass reveals the movement’s biological pulse. With 92% light transmission, ruby-bearing rotations and carbon arm oscillations mimic living gill rhythms—horology as marine physiology.
MANTA X's 2.5mm sapphire glass reveals the movement’s biological pulse. With 92% light transmission, ruby-bearing rotations and carbon arm oscillations mimic living gill rhythms—horology as marine physiology.
