The Magpul PMAG D-50 EV9 delivers reliable high-capacity feeding for 9mm carbines and pistols with its innovative 50-round drum design. This magazine eliminates the feeding issues common with traditional drum magazines through Magpul's proven polymer construction and advanced spring system.
What Makes This Different
Unlike steel drum magazines that add unnecessary weight and bulk, the PMAG D-50 EV9 uses lightweight polymer construction while maintaining the structural integrity needed for consistent feeding. The constant-curve geometry and anti-tilt follower design prevent the jamming and misfeeds that plague other high-capacity options. At just 1.7 pounds when loaded, it weighs significantly less than comparable steel alternatives.
Key Features
- 50-round capacity with reliable constant-curve feed geometry
- Lightweight polymer construction reduces overall system weight
- Anti-tilt follower prevents binding and ensures smooth feeding
- Compatible with Glock pattern magazines and most 9mm carbines
- Transparent rear window allows quick round count verification
- Removable floor plate enables complete disassembly for cleaning
- Textured grip surfaces provide secure handling during reloads
The PMAG D-50 EV9 performs consistently across temperature extremes and high round counts. Competition shooters rely on its feeding reliability during rapid-fire stages, while the reduced weight compared to steel drums makes it practical for extended training sessions. The magazine functions reliably in both suppressed and unsuppressed firearms without modification.
Technical Specs
- Capacity: 50 rounds of 9mm Luger
- Material: Impact-resistant polymer construction
- Weight: 1.7 lbs loaded, 0.5 lbs empty
- Compatibility: Glock pattern 9mm magazines
- Length: 6.6 inches overall
- Width: 2.3 inches at widest point
- Country of Origin: USA
- Warranty: Magpul lifetime warranty against manufacturing defects
This drum magazine addresses the reliability concerns that have historically limited high-capacity options. The proven Magpul engineering and materials ensure consistent performance when standard capacity restrictions don't apply.