Magpul Pmag 10 Ac 556x45 Aics 10rd

The Magpul PMAG 10 AC 556x45 AICS 10-round magazine is a polymer 5.56 NATO magazine engineered for short-action precision rifle platforms using Accuracy International Chassis Systems (AICS) bottom metal. This magazine serves operators and precision shooters who require reliable, legal-capacity ammunition storage for accuracy-focused shooting disciplines, compliance-restricted regions, or restricted competition formats where 10-round limits apply.

The PMAG 10 AC features single-stack, constant-curve internal geometry that positions rounds in a vertical orientation, optimizing feeding reliability while maintaining a compact footprint compatible with AICS-pattern magazine wells found on Accuracy International chassis systems and Magpul Hunter family stocks. The polymer construction uses next-generation impact and crush-resistant material designed to withstand field handling, ensuring the magazine retains functionality across extended storage and operational cycles. Witness holes with paint pen dot matrix panels on the body allow for rapid visual round-count verification without removing the magazine from the rifle or pouch.

This magazine addresses precision shooters, tactical trainers, and compliance-conscious operators who use AICS-pattern rifles in 5.56x45 NATO or .223 Remington. The 10-round capacity meets regulatory requirements in states and municipalities with magazine capacity restrictions while delivering the same durability and precision-focused design found in standard-capacity Magpul magazines. The compact profile works seamlessly with tactical stocks, hunting setups, and range equipment configured around AICS bottom metal.

Magpul magazines have established a standard for reliability in AR-platform and precision rifle communities. The PMAG 10 AC maintains that reputation while addressing the specific mechanical and legal requirements of short-action AICS chassis rifles, making it a field-proven option for competitive precision shooting, compliance-restricted jurisdictions, and dedicated accuracy platforms.