NEW - US Military Molle II Hydration System Carrier WITH 100oz/3L Bladder ACU For Sale
When you click on links to various merchants on this site and make a purchase, this can result in this site earning a commission. Affiliate programs and affiliations include, but are not limited to, the eBay Partner Network.
NEW - US Military Molle II Hydration System Carrier WITH 100oz/3L Bladder ACU:
GENUINE U.S. MILITARY SURPLUS
MOLLE II HYDRATION SYSTEM CARRIER
100oz/3L Hydration Pack (Imported)
NEW - UN-ISSUED
Images for listing purposes however the condition of the set you will receive will be substantiallyin the same condition (new).
COLOR: ACU DIGITAL CAMO
This is US military issued MOLLE II Hydration Carrier, is designed to the demanding specs that the military is known for. MOLLE webbing, quick-release buckles, and adjustable straps combine to give you a hydration carrier that is easy to transport and can attach easily to other MOLLE equipped gear. The MOLLE II Hydration Carrier is great for Hiking, Backpacking, Hunting, Paintball, Airsoft, Tactical Operations, or any other outdoor activities. This item has a new 100oz/3L replacement bladder (imported).
Features and Specs
Dimensions: 19.5″” x 8″”
3 rows x 5 columns of MOLLE webbing
500 Denier, water resistant nylon
100 ounces / 3-liter capacity
2 D Rings
Propper International / BAE Systems / Lions Services Inc.
New 100oz/3L Hydration Pack (Imported).
The cloth carrier is made from 500 denier nylon water resistant fabric laminated to a single cell foam backing to maintain liquid temperature within the hydration system. The carrier has a quick slide release buckles on both shoulder and chest strap, adjustable chest and shoulder straps, a carrying handle at the top and one in the center of the carrier. The lightweight design provides a comfortable snug fit.
The photos are representative of the The MOLLE II Hydration Carrier you will receive. The item you actually receive may differ slightly in appearance from the representative photos, but will be substantially the same in terms of their condition and functionality.