SIG SAUER OFF-DUTY M17 9mm Semi-Auto Pistol with Romeo M17 Sight, Black Finish

SIG SAUER OFF-DUTY

$1,199.99
SKU:
798681695300
UPC:
798681695300
Weight:
1.85 LBS
M17 9MM 17+1 BLK 4.7" ROMEO OFF DUTY

The SIG SAUER OFF-DUTY M17 9mm semi-automatic pistol offers reliable performance with its striker-fired action and durable black polymer frame. Designed for both duty and personal defense, this firearm features a generous capacity of 21 + 1 rounds, ensuring ample firepower when needed. The pistol's compact overall length and lightweight construction make it easy to handle and carry for extended periods. Equipped with SIGLITE front sights and a rear plate, it provides quick target acquisition in various lighting conditions. The inclusion of a polymer X grip enhances grip stability and control during firing, improving accuracy and comfort. This model comes with three magazines—two 21-round and one 17-round—providing flexibility for different shooting scenarios. The M17's sleek finish and tactical design make it a versatile choice for law enforcement, military, or civilian use. Its short tactile reset trigger allows for rapid follow-up shots, making it an effective firearm for target shooting or self-defense situations. The pistol is designed with user-friendly features, ensuring reliable operation and ease of maintenance. Whether on duty or at the range, the SIG SAUER OFF-DUTY M17 provides a combination of performance, capacity, and ergonomic design in a compact package.

Features:

  • Carry Length Grip Module: Compact design for easy carry and handling
  • Romeo M17 Sight: Integrated for quick target acquisition and improved accuracy
  • Short Tactile Reset Trigger: Enables faster follow-up shots
  • High-capacity Magazines: Includes two 21-round and one 17-round magazines for versatile shooting needs
  • Polymer Frame with X Grip: Enhances grip stability and control during firing
  • Black Finish: Durable and corrosion-resistant surface
  • SIGLITE Sights: Bright front sight with a rear plate for improved visibility in various lighting conditions

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