Kimber 1911 Magazine 7-Round .45 ACP Black Steel - Model 1000208A

The Kimber 1000208A delivers reliable feeding and consistent performance for 1911 pistols chambered in .45 ACP. This factory magazine maintains the precise tolerances and quality standards that Kimber 1911 owners expect from their firearms.

What Makes This Different

Kimber constructs this magazine from heat-treated steel with a black oxide finish that resists corrosion and wear. The seven-round capacity provides the traditional 1911 profile while the welded construction eliminates potential failure points found in cheaper alternatives. Factory specifications ensure proper feed angle and timing for reliable chambering across Kimber's 1911 lineup.

Key Features

• Seven-round capacity optimized for .45 ACP cartridges
• Heat-treated steel construction with black oxide finish
• Welded tube design eliminates seam splitting under stress
• Factory-spec spring tension for consistent feeding
• Compatible with full-size Kimber 1911 pistols
• Witness holes for quick round count verification
• Removable floorplate for maintenance access

This magazine performs consistently through extended shooting sessions, maintaining proper spring tension after thousands of loading cycles. Competition shooters rely on factory magazines for match reliability, while duty users appreciate the corrosion resistance during daily carry. The steel construction handles drops and impacts that can damage polymer alternatives.

Technical Specs

• Capacity: 7 rounds of .45 ACP
• Material: Heat-treated steel with black oxide finish
• Overall length: Approximately 3.5 inches
• Width: 0.9 inches at base
• Compatibility: Kimber full-size 1911 pistols
• Construction: Welded tube with removable floorplate
• Country of origin: United States

Factory magazines eliminate compatibility guesswork and feeding issues that plague aftermarket alternatives. Kimber backs this magazine with their standard warranty coverage, ensuring long-term reliability for serious shooters who demand consistent performance.