Color: Black
Dimensions: 10 x 4,5 x 2,5 cm
Material: Hypalon
Type / Function: Magazine pouch
Model: TTSGLPistolMagPouchMCLanfibia
Sex: Unisex
TASMANIAN TIGER TT SGL Pistol Mag Pouch MCL anfibia black
Item no.: 7393.040
EAN: 4013236384970
deliverable in 2-3 business days (International: +5 days)
€13.90
incl. 19% VAT, plus Shipping costs
Shipping and return
- 31 days return policy
- Free shipping from 99 €
- 10% government discount
- German military mail service
Other available variants
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Description
Amphibious magazine pouch for multi-calibre magazines
In the new series of amphibious oriented gear, the TT SGL Pistol Mag Pouch MCL Anfibia is a small single magazine pouch that is fully saltwater resistant.
Seawater-resistant TPU Cordura with skeletonisation
The small magazine pouch measures 10 x 4.5 x 2.5 cm and is suitable for all standard double-row pistol magazines. The pouch does not use any rust or salt-prone components and instead uses a bungee cord adjustable with a cord stopper to fix and stabilise the magazine in the pouch.
The non-slip TPU Cordura 700 den is seawater resistant and is supported by generous drainage holes, so that the material is durable and absorbed water can drain off quickly: 20 seconds after removing the magazine pouch from the water, only a 10% increase in weight is measured, which corresponds to only about 4 g.
For attaching the pouch to a belt or plate carrier, the integrated M.O.L.L.E reverse system can be used; 2 M.O.L.L.E loops are required. For combination with other mag pouches, the pouch can simply be hooked in with the skeletonisation of the surface; additional laser-cut M.O.L.L.E is thus redundant and could be saved on the surface.
- 10 x 4.5 x 2.5 cm
- TPU Cordura 700 den
- Bungee cord at the side with cord stopper at the back
- Capacity: one magazine
- Skeletonised, waterproof material
- Skeletonisation allows M.O.L.L.E attachment for optional attachment of additional magazine pouches
- To be used for all standard double row pistol magazines
- Weight gain, weighed 20 sec after removal from water: 4 g (~ 10 %)
- M.O.L.L.E Reverse System
- Requires two M.O.L.L.E loops
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Attributes
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