Invicta II 0379 Carbon Hawk Quartz Multifunction S/S Bracelet Men's Watch

  • Sale
  • $64.99
  • Regular price $695.00

Expand your collection with this sophisticated Invicta II creation!

Invicta II Men's Carbon Hawk Quartz Dual Time Zone, Date & Day Stainless Steel Bracelet Watch

The Carbon Hawk features bold military styling with an oversized 41mm dial. Though it is one of the bigger carbon fiber dials sold, it maintains a slim profile and it remains lightweight. True to its military inspiration, this piece features a dual time zone subdial. Get yours now!

The round 316L stainless steel case appears strikingly timeless in silver-tone.

The round carbon fiber dial displays Arabic numerals and index markers at all hour positions. The hour, minute, second and subdial hands are accented with Tritnite. The silver-tone dial shows color coordinating hour, minute and subdial hands. A month subdial appears below 12:00, a date window shows near 3:00 and a 24 hour subdial displays above 6:00. "Invicta" and the logo show appear 9:00. This function is propelled by a Swiss Parts ISA 9232/1930 Quartz movement.

The silver-tone 316L stainless steel bracelet will fit up to a 9" wrist. This sleek simple look is completed with a deployment clasp. Make this Invicta II timepiece a great complement to your look today!

  • Bracelet: Stainless Steel
  • Movement: Swiss Parts ISA 9232/1930 Quartz
  • Crystal: Flame Fusion
  • Crown: Push/Pull w/ Function Pushers
  • Clasp: Deployment
  • Bracelet Measurements: 9" L x 24mm W
  • Case Measurements: 48mm
  • Water Resistance: 10 ATM - 100 meters - 330 feet
  • Model Number: Silver-tone: 0379
  • Warranty: One year limited warranty by Invicta with the option to extend warranty to a total of five years.
  • Additional Features: Watch comes packaged in Invicta watch box with instruction manual and warranty information.

    About Carbon Fiber: 
    Known and appreciated for its strength, carbon fiber is created by bringing raw organic matter to a very high temperature. It is then added to synthetic resins until they are scorched or carbonized, producing a thin, strong, durable material. These qualities make it popular in producing structures where light materials are preferable and capable of enduring a great deal of tension. Carbon fiber is therefore common in the production of automobiles, aircrafts and buildings.