The Maxim Defense Industries MD9 Carbine is a versatile semi-automatic rifle designed for quick-pointing and soft-shooting performance, making it an excellent choice for both recreational shooting and demanding tactical scenarios. Featuring a 16-inch barrel, this rifle balances maneuverability with accuracy, providing reliable performance in various conditions. Its Flat Dark Earth finish enhances durability and blends well with tactical gear, while the B5 stock offers ergonomic comfort for extended shooting sessions. Built with high-quality materials, the MD9 Carbine is engineered to withstand extreme environments, ensuring long-term reliability.
A standout feature of the MD9 is its innovative Roller Delayed Blowback buffer system, shared with models MD:905 and MD:908, which significantly reduces recoil and enhances the soft-shooting experience. The rifle’s 33-round capacity allows for sustained firing without frequent reloads, making it ideal for training, competitions, or home defense. With a sleek, modern design and Maxim Defense's reputation for precision manufacturing, this firearm delivers both performance and reliability.
The MD9 Carbine’s user-friendly design and robust construction make it suitable for a wide range of users, from seasoned enthusiasts to first-time firearm owners. Its semi-automatic action ensures smooth operation, while its lightweight build facilitates quick handling and maneuverability. Whether for tactical applications, range days, or recreational shooting, the Maxim Defense MD9 Carbine offers a compelling combination of features and durability, backed by the trusted quality of Maxim Defense Industries.
Features:
- Semi-automatic action for reliable firing
- 16-inch barrel for optimal balance of accuracy and maneuverability
- 33-round capacity for extended shooting sessions
- Caliber: 9mm for versatile use
- Flat Dark Earth finish for durability and tactical appearance
- B5 stock providing ergonomic comfort
- All-new Roller Delayed Blowback buffer system reduces recoil
- Built to withstand extreme conditions for long-term reliability
