BlackGun.Info Magpul Enhanced Follower
Magpul Enhanced Follower Installation & Why
This is a video of the installation of Magpul's Enhanced Follower in an ASC Aluminum 30 Round AR-15 Magazine replacing the MilSpec Follower. Replacing the MilSpec Follower takes a mediocre...
Air Force Relied on Army Test Results to Choose PMAG - Military.com
The U.S. Air Force used the results from a 2015 U.S. Army test of commercial magazines to make its decision to replace Army magazines with Magpul’s Gen 3 PMAG, according to Air Force officials.
The Air Force put out guidance in July that all government-issued M16/M4 magazines – including the Army’s new Enhanced Performance Magazine – will be replaced by the Magpul PMAG. The...
Source: www.military.com
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The Magpul Enhanced Self-Leveling Follower is a drop in replacement for the aluminum USGI 30-round magazine black or green follower.Featuring a patent pending 4-way anti-tilt design for increased feeding reliability, the Enhanced Self-Leveling Follower is made from a non-hygroscopic and self-lubricating polymer.
The Magpul Enhanced Self-Leveling Follower is a drop in replacement for the aluminum USGI 30-round magazine follower. Featuring a patent pending 4-way anti-tilt design for increased feeding reliability, the Enhanced Self-Leveling Follower is made from a non-hygroscopic and self-lubricating polymer.
This is a video of the installation of Magpul's Enhanced Follower in an ASC Aluminum 30 Round AR-15 Magazine replacing the MilSpec Follower. Replacing the MilSpec Follower takes a mediocre mag and ...
The Magpul Enhanced Self-Leveling Follower is a drop in replacement for the current issue aluminum USGI 30-round magazine follower. Featuring a patent pending 4-way anti-tilt design.
The Magpul Enhanced Self-Leveling Follower is a drop in replacement for the aluminum USGI 30-round magazine Foliage or Yellow follower. Featuring a patent pending 4-way anti-tilt design for increased feeding reliability, the Enhanced Self-Leveling Follower is made from a non-hygroscopic and self-lubricating polymer.
