The SAR Firearms SAR9 Compact Gen 3 is a reliable and versatile 9mm semi-automatic pistol designed for both personal defense and professional use. Featuring a sleek bronze Cerakote finish, this firearm combines durability with aesthetic appeal, ensuring it withstands rigorous use while maintaining its appearance. The striker-fired action provides a smooth trigger pull, enhancing accuracy and control during shooting sessions. Equipped with two 15-round magazines, the SAR9 Compact offers ample capacity for extended shooting or self-defense scenarios.
Built with a lightweight bronze polymer frame, the pistol weighs approximately 26.8 ounces, making it comfortable for all-day carry without sacrificing stability. The overall length of 7.2 inches allows for easy handling and concealment. Tritium night sights are installed for optimal visibility in low-light conditions, ensuring quick target acquisition during night or low-light situations.
Additional features include interchangeable grip panels and backstraps, allowing users to customize the fit for maximum comfort and control. This firearm is suitable for a variety of users, from law enforcement to civilian shooters seeking a dependable, high-performance pistol.
Designed with quality and precision in mind, the SAR9 Compact Gen 3 from SAR Firearms offers a balanced combination of features, performance, and durability. Its robust construction and ergonomic design make it a practical choice for those requiring a reliable handgun for everyday carry or tactical applications.
Features:
- Interchangeable Grip Panels: Customize the grip for a tailored fit and enhanced comfort
- Interchangeable Backstraps: Adjust the pistol's grip size to suit individual preferences
- Bronze Cerakote Finish: Provides corrosion resistance and a stylish appearance
- Tritium Night Sights: Enable quick target acquisition in low-light conditions
- Lightweight Polymer Frame: Ensures comfortable carry without compromising durability
- Dual 15-Round Magazines: Offer extended shooting capacity for versatility