The Glock 50957 Magazine Catch transforms left-handed shooting with the Glock 42 by providing ambidextrous magazine release functionality. This factory-engineered component eliminates the need for awkward finger positioning during magazine changes, delivering the same reliable performance Glock pistols are known for.
What Makes This Different
Unlike aftermarket alternatives, this genuine Glock component maintains the exact tolerances and materials specifications of the original factory part. The reversible design allows installation on either side of the frame without modification or additional tools. Factory components undergo the same rigorous testing as complete firearms, ensuring consistent performance under stress.
Key Features
- Genuine Glock factory part with OEM quality standards
- Reversible design fits left or right-handed operation
- Machined steel construction with corrosion-resistant black finish
- Direct drop-in replacement for Glock 42 pistols
- Maintains original trigger guard profile and ergonomics
- Compatible with all factory and aftermarket G42 magazines
- Includes installation hardware and detailed instructions
Installation requires basic disassembly knowledge but no permanent frame modifications. The component functions identically to the standard magazine catch, with the same positive engagement and smooth release characteristics. Law enforcement agencies and competitive shooters rely on this part for duty and match pistols where consistent magazine changes matter most.
Technical Specs
- Compatibility: Glock 42 (.380 Auto) pistols exclusively
- Material: Heat-treated steel with polymer components
- Finish: Black nitride coating for corrosion resistance
- Installation: Reversible left/right configuration
- Part Number: Glock 50957
- Country of Origin: Austria
- Warranty: Covered under Glock factory warranty
This factory component ensures reliable magazine retention and release without compromising the pistol's original design integrity. Glock's manufacturing standards guarantee consistent performance across thousands of cycles, making this the definitive solution for ambidextrous G42 operation.