Kimber Mfg, Inc 1600086A 2K11 20rd 9mm Luger Silver Stainless Steel

The Kimber Mfg, Inc 1600086A 2K11 20rd 9mm Luger Silver Stainless Steel magazine is a factory OEM component engineered for serious shooters and law enforcement professionals who demand reliability under operational stress. This 20-round 9mm magazine serves as a duty-grade capacity solution for compact and full-size 9mm platforms, bridging the gap between standard capacity and extended configurations. Built to Kimber's exacting manufacturing standards, this stainless steel magazine delivers consistent feeding and retention whether deployed in training, competition, or defensive scenarios.

Constructed from durable stainless steel, the 1600086A features a silver finish that resists corrosion in varied environmental conditions—a critical advantage for duty carriers and those operating in coastal or humid climates. The witness holes allow rapid visual confirmation of round count without removal from the firearm, essential during tactical reloads or administrative checks. The magazine's high-reliability feed lips and follower geometry are optimized for modern hollow-point and full-metal-jacket 9mm Luger ammunition, ensuring flawless feeding across diverse ammunition types. At 0.25 lbs and compact dimensions (3.8 x 1.4 x 11.4 inches), the magazine remains convenient for transport and storage without sacrificing capacity or durability.

This magazine is ideal for Kimber 9mm platforms and compatible with most modern 9mm semi-automatic pistols that accept single-stack or double-stack Kimber magazines, making it a versatile addition to any operator's loadout. Law enforcement, military personnel, and civilian shooters seeking OEM-quality magazines for duty use, range training, or backup firearm configurations will find the 2K11 20-round capacity strikes the optimal balance between practical concealed-carry dimensions and extended engagement capability. Serious shooters should stock multiple units to establish magazine rotation protocols that extend service life and maintain peak reliability during critical engagements.