The Magpul MAG556-BLK PMAG is a high-capacity polymer magazine designed for AR-15/M4 rifles chambered in .223 Remington/5.56 NATO. Known for its rugged durability and smooth functionality, the PMAG 30 is trusted by military personnel, law enforcement, and shooting enthusiasts worldwide.
Constructed from impact-resistant polymer, the PMAG is lightweight yet tough enough to withstand drops, impacts, and harsh environments. Its self-lubricating follower and constant-curve internal geometry deliver reliable feeding, even during rapid fire.
The PMAG 30 features a ribbed texture for enhanced grip, a flared floorplate for easy handling and disassembly, and an over-insertion stop to protect your firearm’s receiver. Compatible with AR-15/M4 platforms, this magazine is a dependable addition to your shooting gear.
Manufacturer Specs
- Caliber Compatibility: .223 Remington / 5.56 NATO
- Capacity: 30 rounds
- Material: Impact-resistant polymer
- Color: Black (BLK)
- Weight: Approx. 5 oz
- Platform Compatibility: AR-15, M4, and similar platforms
- Additional Features: Over-insertion stop, ribbed texture, flared floorplate
Key Features
- High-Capacity Design: 30-round capacity for extended shooting sessions.
- Durable Construction: Built with impact-resistant polymer to withstand extreme conditions.
- Reliable Feeding: Self-lubricating follower and constant-curve internal geometry ensure consistent performance.
- User-Friendly Design: Flared floorplate and ribbed texture improve grip and reloading efficiency.
- Universal Compatibility: Designed for AR-15/M4 platforms chambered in .223 Remington/5.56 NATO.
Frequently Asked Questions (FAQs)
Q: Is this magazine compatible with all AR-15 rifles?
A: Yes, the Magpul PMAG is designed for AR-15/M4 platforms chambered in .223 Remington/5.56 NATO.
Q: Does the magazine include a dust cover?
A: No, the MAG556-BLK does not include a dust cover. For this feature, consider the Magpul PMAG GEN M3 series.
Q: How does the magazine handle harsh conditions?
A: The impact-resistant polymer construction is designed to perform reliably in extreme environments and under heavy use.
