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Richard Mille RM 022 Camouflage

The Richard Mille RM 022 Camouflage is based on the highly technical RM 022 Tourbillon Aerodyne Dual Time Zone, a historic Richard Mille model introduced in 2010. Developed as a successor to the RM 021 Aerodyne concept, the RM 022 demonstrates the brand’s focus on advanced materials, unconventional architecture, and high-performance mechanical watchmaking.

The camouflage styling gives this distinctive tourbillon a bold, contemporary character while retaining the technical identity associated with the RM 022 Aerodyne design.

Manual-Winding Tourbillon Movement

At the heart of the Richard Mille RM 022 Camouflage is the RM022 calibre, a manual-winding tourbillon movement. The movement provides hours and minutes while incorporating a second time zone indicator, function selector, power-reserve indicator, and torque indicator.

The tourbillon is one of the defining elements of the RM 022, providing a visually striking display of traditional high-end mechanical watchmaking within the watch’s highly technical architecture.

Aerodyne Honeycomb Construction

The RM 022 is particularly notable for its composite baseplate. Richard Mille describes an exterior titanium framework combined with honeycomb orthorhombic titanium aluminide and carbon nanofibre. The honeycomb structure was inspired by research into materials for supersonic aircraft wings, where resistance to high temperatures and torsion is essential.

This aerospace-inspired construction is central to the identity of the RM 022 Aerodyne Tourbillon, giving the movement an architectural appearance unlike conventional luxury watches.

Distinctive V-Shaped Architecture

Viewed from the dial side, the baseplate forms a V-shaped profile reminiscent of an aircraft’s flying-wing structure. The winding barrel and tourbillon are positioned within the central depth of this aerodynamic architecture and supported by lightweight bridges.

This combination of structural engineering and open mechanical visibility makes the Richard Mille RM 022 Camouflage especially appealing to collectors who appreciate unconventional watch design.

Dual Time Zone Function

The RM 022 was designed with practical travel functionality in addition to its tourbillon mechanism. Its dual time zone indicator allows the wearer to track another time zone, while the function selector helps control the movement’s winding and time-setting functions.

The selector uses three positions: W for winding, N for neutral, and H for hand-setting. Richard Mille notes that this concept was inspired by racing-car gearboxes and developed as part of its focus on durability.

Power Reserve and Torque Indicators

Another distinctive feature is the combination of power-reserve and torque indications. The torque indicator provides a visual representation of mainspring tension, while the power-reserve indicator is set to 70 hours when fully wound according to Richard Mille’s official specification.

These displays emphasize the RM 022’s engineering-first approach and make the dial more than simply a conventional time display.

Camouflage Luxury Styling

The Richard Mille RM 022 Camouflage variant combines the aggressive technical character of the Aerodyne architecture with camouflage-inspired styling. This creates a strong visual identity for collectors seeking a luxury sports watch with a more military-inspired aesthetic.

Because “Camouflage” is not identified by Richard Mille as the official model name in its historical archive, it should be treated as a variant/style description unless your specific supplier documentation confirms a particular official reference or limited-edition designation.

Key Features

• • Richard Mille RM 022 Camouflage styling
  • RM 022 Tourbillon Aerodyne Dual Time Zone
  • Manual-winding RM022 calibre
  • Tourbillon movement
  • Dual time zone indicator
  • Hours and minutes display
  • Function selector
  • Power-reserve indicator
  • Torque indicator
  • 70-hour stated power reserve
  • Titanium exterior framework
  • Honeycomb orthorhombic titanium aluminide
  • Carbon nanofibre construction
  • Aerospace-inspired Aerodyne architecture
  • V-shaped flying-wing-inspired baseplate design