The CZ BREN 2 MS is a versatile and lightweight semi-automatic rifle based on the select-fire Bren 2 platform. Designed with a short-stroke gas piston system, this firearm ensures reliable operation and smooth cycling. The aluminum upper and carbon fiber composite lower make it a durable yet lightweight option for various shooting applications, offering a balanced combination of strength and agility. The modular forend (MS designation) allows users to customize the firearm with different lengths or styles, adapting quickly to changing needs or preferences. The non-reciprocating charging handle remains stowed in the forward position but can be easily swapped from side to side, enhancing user comfort and safety during operation. An AR-style bolt catch and release are designed for ambidextrous use, facilitating easier handling for left- and right-handed shooters. The magazine release and manual safety are also ambidextrous, providing a seamless experience regardless of shooting stance or hand dominance. This full-size rifle features an 11.14-inch barrel, ideal for tactical or recreational shooting, and a 30-round magazine, offering ample firepower. Its black finish complements its robust aluminum construction, making it suitable for various environments. Whether for duty use, training, or sport shooting, the CZ BREN 2 MS combines modern features with reliable performance, ensuring it meets the demands of serious shooters.
Features:
- Based on the select-fire Bren 2 platform for versatility and reliability
- Short-stroke gas piston system for smooth operation
- Lightweight aluminum upper and carbon fiber composite lower for durability
- Modular forend (MS) allows customization with different lengths or styles
- Non-reciprocating, swappable side-stowed charging handle for safety and convenience
- Ambidextrous bolt catch, magazine release, and safety for ease of use
- 11.14-inch barrel suitable for tactical and recreational shooting
- 30-round magazine capacity for sustained firepower
- Black finish with durable aluminum construction for all-environment use
