HELIKON Enlarged Urban Training Bag(R) - Adaptive Green

Urban Training Bag(R) from Helikon-Tex
Enlarged version of the popular Urban Training Bag from Helikon-Tex represents an ideal bag for the shooting range, multi-day airsoft events, or for vacations.This spacious bag is designed to provide enough space for gear for several days. Its main advantage is the ability to pack the entire bag into one of the side pockets, which makes it easier to carry and store.Urban Training Bag(R) features a simple yet functional design. The bag is equipped with a padded strap that can be easily adjusted as needed. In addition to the main strap, there are also side and center handles.The sides of the bag have spacious pockets closed with quality YKK zippers. The outer side of the pockets is equipped with VELCRO panels for attaching your patches. Another flat pocket is located on the front of the bag.The main storage space is accessible via a flap with a two-way zipper, which has another VELCRO panel for patches and name tags. The bottom of the bag is reinforced with padding and equipped with anti-slip panels, ensuring protection of your gear when placed on a hard surface.



Key Features:

YKK(R) zippers:Quality zippers ensuring reliable and smooth opening and closing of pockets.
Woojin buckles:Durable buckles for secure bag closure.
Spacious main storage area:Provides plenty of room for all your gear.
Wide padded carrying strap:Ensures comfortable carrying even on long trips.
Durable carrying handles:Offers various carrying options.
Two side pockets:Spacious side pockets for additional equipment.
Front flat pocket:Allows quick access to smaller items.
Reinforced bottom:Provides enhanced protection for carried gear.
Anti-slip panels:Ensure stability of the bag on different surfaces.
VELCRO panels:For attaching patches and name tags.




Technical Specifications:

Weight: 1450 g
Dimensions: 35 x 32 x 60 cm
Volume: 70 l
Material: 100procent Cordura(R) nylon
European Patent: 003146869-0001




Package Contents:

1x Urban Training Bag(R)