Hi-Point 380 Comp/C9 Magazine 9mm 10/rd

The Hi-Point 380 Comp/C9 Magazine 9mm 10-round is a single-stack steel magazine engineered for Hi-Point's compact and full-size platforms chambered in .380 ACP and 9mm. This magazine delivers reliable feed performance with a proven design that prioritizes functional simplicity and durability in field conditions. Built with a steel body and follower paired to a polymer base, the 10-round capacity balances concealed-carry logistics with tactical capacity requirements.

The steel construction ensures consistent spring tension and follower geometry across thousands of load cycles, critical for maintaining feeding reliability in duty or self-defense applications. The polymer base serves as a protective interface between the magazine and gear or holster, reducing wear on both the magazine's lower profile and your equipment. At 0.17 lbs per magazine and measuring 3.45 × 1.4 × 6.7 inches, the magazine is compact enough for appendix carry rigs while remaining accessible for rapid reloads. The 10-round capacity meets most state and local magazine restrictions while providing adequate ammunition reserves for defensive or training scenarios.

This magazine is purpose-built for shooters operating Hi-Point platforms who require dependable feeding without compromise. Whether you're conducting low-light training, maintaining a bedside defensive setup, or stocking spare ammunition, the Hi-Point 9mm magazine delivers the mechanical consistency expected from steel-body designs. Pair multiple magazines to establish a sustainable training rotation or maintain an operational reserve without the guesswork of magazine interchangeability issues.

Nine-millimeter magazines represent an industry-standard platform with broad compatibility across defensive and competition platforms, making spare magazines a smart investment for any operator who relies on the cartridge. The 10-round single-stack geometry reduces bulk compared to double-stack designs, and the proven Hi-Point magazine ecosystem means no guessing on fit or feed reliability—it works with its intended platform.