Amend2
GLOCK 34RD MAGAZINE
Item # AMD2 A2GLOCKSTICKPRODUCT DETAILS
TECH SPECS:
The Amend2 34-round magazine is designed for use in GLOCK pattern firearms and is a sturdy, reliable 9x19MM magazine made of an advanced polymer material. It is a light, durable, and excellent alternative to the standard Glock OEM magazine. This magazine has Amend2's unique baseplate to truly make it one of a kind.
FEATURES:
- 34-round magazine.
- Sturdy, impact-resistant polymer for increased strength.
- Heavy duty, non-memory, and non-corrosive spring.
- Made in the U.S.A.
Questions 0
Ask a QuestionProven Arms & Outfitters A bolt-action rifle requires the shooter to manually operate a bolt to load a round, eject the spent casing, and chamber the next round. In contrast, a semi-automatic rifle is designed to automatically eject the spent casing and chamber a new round with each pull of the trigger. Semi-automatic rifles offer faster follow-up shots, while bolt-action rifles are typically more accurate due to their design.
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No Customer Review on this product
PRODUCT DETAILS
TECH SPECS:
The Amend2 34-round magazine is designed for use in GLOCK pattern firearms and is a sturdy, reliable 9x19MM magazine made of an advanced polymer material. It is a light, durable, and excellent alternative to the standard Glock OEM magazine. This magazine has Amend2's unique baseplate to truly make it one of a kind.
FEATURES:
- 34-round magazine.
- Sturdy, impact-resistant polymer for increased strength.
- Heavy duty, non-memory, and non-corrosive spring.
- Made in the U.S.A.
SORT BY MOST RECENT
No Customer Review on this product
Questions 0
Ask a QuestionProven Arms & Outfitters A bolt-action rifle requires the shooter to manually operate a bolt to load a round, eject the spent casing, and chamber the next round. In contrast, a semi-automatic rifle is designed to automatically eject the spent casing and chamber a new round with each pull of the trigger. Semi-automatic rifles offer faster follow-up shots, while bolt-action rifles are typically more accurate due to their design.
