





The robust and thoughtfully designed TT 2 SGL MAG POUCH BEL M4 MKIII IRR pouch ensures safe storage and quick access to two M4 rifle magazines. The elastic attachment system ensures reliable holding even during dynamic movements, while MOLLE compatibility allows for easy attachment to tactical vests, belts or backpacks.
The pouch is designed to securely hold magazines in place while allowing easy one-handed extraction. The open construction combined with elastic retention elements provides an optimal balance between security and speed of access.
The pouch is made from high-quality Cordura 500 den fabric, known for its extreme abrasion and weather resistance. Plastic reinforcement elements and triple-layer wall construction ensure long-lasting durability even with intensive use in demanding conditions.
Thanks to the MOLLE/PALS system, the pouch can be easily attached to vests, backpacks or belts with compatible webbing. The MOLLE straps on the back ensure firm fixation and stability during movement.
Despite its robustness, the pouch is lightweight and compact, so it doesn't take up unnecessary space on your gear. The optimized design allows for comfortable carrying without restricted movement. The infrared reflective finish reduces the visibility of the pouch in the infrared light spectrum (e.g., by night vision devices).
| Height / length | 13 cm |
| Width | 16,5 cm |
| Depth | 3,5 cm |
| Weight | 122 g |
| Purpose | 2 magazines for rifles M4, AR15, STG, etc. |
| Material in detail | Base material: Cordura® 500 den Pull Tabs: polymer |
| Fixing / transport | Reverse MOLLE webbing - requires 4 loops |
| Other specifications | Plastic side funnel-shaped reinforcements for easy insertion/removal Shape stability thanks to 3-layer wall construction Securing with elastic cord Pull Tabs for easy cord operation Laser-cut webbing on the front side (4 rows of 4 loops / cutouts) IRR camouflage- according to TL 8305-0278 and TL 8305-0281 Bundeswehru standards - requirements for materials with regard to their infrared (IR) masking properties (IRR 650nm to 1,250nm / 10% to 42%) |