Product Overview
The ProMag DRM-A26 Polymer Drum Magazine is designed to enhance your shooting experience with reliable performance and high capacity. Crafted specifically for 9mm AR-15 platforms compatible with Glock magazines, this drum holds up to 30 rounds, providing extended firing capability for training or tactical scenarios. Its construction features a durable proprietary DuPont Zytel-based polymer housing, ensuring lightweight strength and resistance to impact and harsh conditions. The magazine*s upper tower includes a full-length steel internal insert, stamped and welded similarly to factory magazines, ensuring durability and reliable feeding during rapid fire.
The injection-molded magazine follower ensures smooth operation, while the heat-treated chrome silicon wire spring guarantees consistent tension and reliable chambering of rounds. This design combines lightweight materials with robust construction standards, making it suitable for demanding shooting sessions. The ProMag Polymer Drum Magazine is compatible with various 9mm Glock models, including Glock 17 and 19, as well as other platforms like CZ Scorpion, Sig Sauer MPX, and more, offering versatile usability across multiple firearm configurations.
Whether for extended range sessions or tactical use, this magazine is engineered to deliver consistent performance. Its compact and lightweight design minimizes added bulk, allowing you to carry multiple magazines easily. The drum's construction and materials are optimized for durability and longevity, making it a reliable choice for shooters seeking high-capacity magazines that do not compromise on quality or performance.
Features:
- High-capacity 30-round drum for 9mm AR-15 Glock platforms
- Constructed with durable DuPont Zytel-based polymer housing
- Full-length steel internal insert for reliable feeding
- Injection-molded follower for smooth operation
- Heat-treated chrome silicon wire spring for consistent tension
- Compatible with Glock 17/19, CZ Scorpion, Sig Sauer MPX, and other models
- Lightweight and impact-resistant design
