Fobus Double-Stack H&K HK45 Double Magazine Pouch “6945”

About the Fobus Double-Stack H&K HK45 Double Magazine Pouch:

The Fobus Double-Stack H&K HK45 Double Magazine Pouch "6945" is made out of a mold injected Nylon formula giving it high strength and flexibility. The Fobus H&K HK45 double magazine pouch was specially designed to keep a low profile while trying to simulate a natural way to carry a pouch inside the waist band. The magazine pouch has an adjustable passive retention mechanism that acts like a spring on the magazine's body, therefore you can adjust and control the retention on the magazine, due to this ability the user can draw the magazine from the mag pouch instinctively and quickly. Fobus's long experience makes their magazine pouches highly recommended and highly rated for any use, if it's for daily concealed carry all the way to tactical law enforcement use.

Will Fit: Double-Stack H&K HK45 Magazines.

Features & Superior Qualities:

• Extremely Low Profile.
• High Density Polymers (Not Kydex).
• Lightweight (Approx. 150 gr / 5.4 oz).
• Not sensitive to temperature/humidity.
• Firmly Holds Magazine in Place.
• Completely Washable.
• Durable & Comfortable.
• Lifetime Warranty.

Carry Options:

• Paddle
• Regular Belt (4cm - 4.5cm / 1.57" - 1.77")
• Duty/Wide Belt (6cm / 2.36")
• MOLLE
• Low Ride
• Thigh-Rig
• Thigh-Rig w/ Single Mag Pouch Carrier (Does not come with a single mag. pouch)
  *Check out our single magazine pouch collection.
• Shoulder Rig

Also see Fobus Durability Test Video.

How to use:

1. Tighten your belt.
2. Place the magazine pouch on your hip and make sure paddle is pushed all the way down on your belt.
3. Draw fast and decisive, in an upwards motion.
4. Tighten your belt to a point where you can feel retention when holstering, but the pistol can still be holstered without hitting the holster shell.

*The pouch mechanism acts like a spring on the back of the magazine area and holds it firmly in place.

*All dimensions mentioned refer to the entire holster(including the back surface)