Arsenale 40 - 6221503C

Sale price$800.00

Côtes de Genève Dial

The Côtes de Genève finish, used in high-end movements, is achieved through a meticulous process that involves applying delicate parallel waves using rotating brushes. This same principle has been applied to the Arsenale dial, characterized by wavy lines that give it depth and brilliance. This technique, traditionally associated with classic watchmaking, blends harmoniously with modern details such as the skeletonized dauphine hands and the small baton-shaped indices.

Just 8.95mm thick

With a thickness of less than 9 millimeters, we’ve created an remarkably slim automatic watch. This achievement is the result of careful design aimed at optimizing every millimeter of internal space. The Miyota 9029 caliber, a 28,800 vibrations per hour movement with no date and only two hands, has proven perfect for combining elegance and functionality.

The Evolution of the Canova Bracelet

One of our most iconic design elements evolves with Arsenale, thanks to the new Canova Concept™ bracelet. While maintaining the characteristic alternation of concave and convex shapes from the original design, the bracelet has been redesigned with flatter, more modern shapes. Each link is enhanced by two polished bevels, creating an elegant contrast with the satin-finished surfaces. These refinements, the result of various manual techniques, give the bracelet a contemporary and sophisticated appearance.

Côtes de Genève Dial

The Côtes de Genève finish, used in high-end movements, is achieved through a meticulous process that involves applying delicate parallel waves using rotating brushes. This same principle has been applied to the Arsenale dial, characterized by wavy lines that give it depth and brilliance. This technique, traditionally associated with classic watchmaking, blends harmoniously with modern details such as the skeletonized dauphine hands and the small baton-shaped indices.

Just 8.95mm thick

With a thickness of less than 9 millimeters, we’ve created an remarkably slim automatic watch. This achievement is the result of careful design aimed at optimizing every millimeter of internal space. The Miyota 9029 caliber, a 28,800 vibrations per hour movement with no date and only two hands, has proven perfect for combining elegance and functionality.

The Evolution of the Canova Bracelet

One of our most iconic design elements evolves with Arsenale, thanks to the new Canova Concept™ bracelet. While maintaining the characteristic alternation of concave and convex shapes from the original design, the bracelet has been redesigned with flatter, more modern shapes. Each link is enhanced by two polished bevels, creating an elegant contrast with the satin-finished surfaces. These refinements, the result of various manual techniques, give the bracelet a contemporary and sophisticated appearance.

Technical details

CASE

Ø40 mm, lug-to-lug 44 mm, total thickness 8.95 mm

MATERIAL

316L Stainless Steel

DIAL

Brass, vertical Côtes de Genève finish

CRYSTAL

Sapphire with anti-reflective coating

MOVEMENT

Miyota 9029, automatic, 2-hands, no date

Forge of Innovation

Highly ergonomic

The lug-to-lug distance is just 44mm. Including the first links, it reaches 50mm, making it an extremely compact and comfortable integrated bracelet watch.

Modern and elegant

The polished knurled bezel, combined with vertical brushed finishes, makes it a versatile and distinctive dress watch.

Inspired by the Oldest Shipyard of the Future

Through its extraordinary proto-industrial organization, the Arsenale of Venice anticipated the Industrial Revolution by centuries, introducing assembly line processes and the use of advanced machinery. It was here that Venice’s famous galleys were constructed, capable of being assembled in extremely short times. Metalworking was a crucial element, with innovative techniques for forging cannons, anchors, and military equipment. This monumental complex became the center of Venice’s maritime power, proving that even an ancient building could be at the forefront of technology and shape the future of industry.