The Kahr Arms CT9093 CT9 is a reliable and compact 9mm Luger pistol designed for personal defense and concealed carry. Featuring a durable stainless steel barrel measuring 4 inches, this handgun offers excellent accuracy and consistent performance. The matte serrated stainless steel slide provides a secure grip for easy operation and enhances the firearm's aesthetic appeal. Its black polymer frame combined with a textured polymer grip ensures a comfortable and secure hold during use. The pistol's DAO (Double Action Only) action delivers smooth trigger pulls, making it suitable for both novice and experienced shooters. With a capacity of 8+1 rounds, it offers ample firepower in a lightweight package, weighing just over 20 ounces, making it easy to carry all day without fatigue. The sight system includes a pinned polymer front sight and a drift-adjustable rear sight, allowing for quick target acquisition and easy adjustments for accuracy. Built for durability and reliability, the Kahr CT9093 is an excellent choice for everyday carry and home defense. Its no-safety design simplifies operation, making it accessible and straightforward to use when needed most. Whether you're a seasoned firearm enthusiast or a new shooter, this pistol's compact size and dependable performance make it a versatile addition to your collection.
Features:
- Caliber: 9mm Luger for versatile self-defense and target shooting
- Barrel Length: 4-inch stainless steel barrel for accuracy and durability
- Capacity: 8+1 rounds to ensure sufficient firepower
- Frame Finish: Black polymer frame with textured grip for secure handling
- Slide Description: Matte serrated stainless steel slide for ease of operation
- Sight Configuration: Pinned polymer front and drift-adjustable rear sights for quick target acquisition
- Action: DAO (Double Action Only) for consistent trigger pull
- Weight: 20.6 ounces lightweight design for comfortable carry
- No Safety: Simplified operation for rapid response
- Frame Material: Polymer for reduced weight and increased durability