PHLSTER | ASCENT RIFLE MAG POUCH

The PHLster Ascent pouches bring new materials, technology, and capability to concealed carry.
Conventional elastic pouches are universal, comfortable and slim, but re-inserting magazines can be tricky. Rigid pouches can be uncomfortable or bulky and might not fit many different magazines.
By using an ultra high-strength flexible polymer textile, the Ascent pouches provide enough structure to maintain their shape, while being as slim, comfortable, and versatile as an elastic pouch.
Pouch retention is adjusted via threaded shock cord, and the cord can be woven through the pouch to control the depth of insertion of the magazine, to accommodate a wide variety of magazine widths and lengths.
The newest iteration of the Ascent pouch is made to thread directly onto the Enigma, Enigma Express, and Enigma Sport Belt webbing, for the lowest profile attachment, requiring zero hardware.
This allows for a versatile, thin, featherweight elastic pouch which can accept both Discreet Carry Concepts clips and our unique OWB belt slide panels. The OWB panel, clip, and hardware are available as an optional parts kit for the Ascent pouch.

OWB panel and DCC clip are NOT included and are an optional accessory parts kit for the Ascent pouches.

The Pistol magazine OWB belt slide panel provides two options for belt threading, to accommodate larger or smaller magazines as necessary.
To carry OWB, install the panel on the face of the carrier, selecting your desired carry angle using one of the three adjustment holes, and thread your belt through the slot and behind the magazine. This results in one of the most body-hugging, stable, snag-resistant, and low profile OWB magazine pouches available.
The shock cord versatility allows the pouches to be used with other necessary items like flashlights, multitools, and tourniquets.


Whatever your application, the Ascent pouches provide the lowest visibility option for OWB carry, and a slim, comfortable, versatile solution for IWB concealment with unmatched features and performance.