KCI USA KCIMZ008 Glock 33rd Extended Magazine 9mm Luger Black

The KCI USA KCIMZ008 delivers extended firepower with a 33-round capacity for Glock pistols chambered in 9mm Luger. This high-capacity magazine extends shooting sessions and reduces reload frequency during competition or training scenarios.

What Makes This Different

Unlike standard 15-17 round Glock magazines, this extended magazine nearly doubles ammunition capacity while maintaining reliable feeding. The black polymer construction matches OEM Glock aesthetics and provides lightweight durability. The extended baseplate offers improved grip purchase during tactical reloads, giving shooters better control during magazine changes.

Key Features

• 33-round capacity for extended shooting sessions
• Compatible with Glock 17, 19, and 26 pistols in 9mm Luger
• Black polymer construction for lightweight durability
• Extended baseplate for improved grip during reloads
• Heat-treated steel spring for consistent feeding pressure
• Anti-tilt follower design prevents feeding malfunctions
• Drop-free design for fast tactical reloads

The magazine functions reliably across various shooting disciplines including competitive shooting, tactical training, and recreational range sessions. The extended length provides a stable grip point for rapid magazine changes while the polymer body resists impact damage from drops onto concrete or gravel surfaces. Consistent feeding performance maintains accuracy during rapid-fire sequences.

Technical Specs

• Capacity: 33 rounds
• Caliber: 9mm Luger
• Compatibility: Glock 17, 19, 26
• Construction: Black polymer body
• Spring: Heat-treated steel
• Follower: Anti-tilt polymer design
• Overall length: Approximately 8.5 inches
• Weight: 4.2 ounces (empty)
• Country of origin: South Korea

This magazine addresses the capacity limitations of standard Glock magazines without compromising reliability or feeding performance. The extended design suits competitive shooters and training applications where frequent reloads interrupt practice flow.