The Glock MF22022 magazine delivers reliable feeding and extended capacity for Glock 22 and 35 pistols chambered in .40 S&W. This factory magazine maintains the same dimensional standards and material specifications that Glock pistols are known for worldwide.
What Makes This Different
Glock factory magazines utilize a proprietary polymer blend that resists cracking under repeated compression cycles. The internal spring system maintains consistent tension through thousands of loading cycles, while the witness holes provide accurate round counting. Factory tolerances ensure proper lockup and feeding reliability that aftermarket alternatives often cannot match.
Key Features
- 22-round capacity extends shooting sessions without frequent reloading
- Black polymer construction matches Glock pistol aesthetics and durability standards
- Compatible with Glock 22 and Glock 35 pistols in .40 S&W caliber
- Witness holes at 5, 10, 15, and 20 rounds for quick capacity verification
- Drop-free design ensures reliable magazine changes under stress
- Heat-treated steel spring maintains tension through extended use
- Orange follower provides visual confirmation of empty magazine
This magazine performs consistently in competitive shooting environments where rapid reloads and high round counts are standard. Law enforcement agencies specify factory magazines for duty use due to their proven reliability record. The extended capacity reduces reload frequency during training sessions while maintaining the same grip length as standard magazines.
Technical Specs
- Capacity: 22 rounds of .40 S&W ammunition
- Material: Black polymer body with steel internal components
- Compatibility: Glock 22 and Glock 35 pistols
- Overall length: Approximately 6.5 inches
- Weight: 4.2 ounces empty
- Country of origin: Austria
- Model number: MF22022
Factory magazines eliminate compatibility concerns and feeding issues that can occur with third-party alternatives. Professional shooters and agencies rely on OEM components for critical applications where reliability cannot be compromised.