MOLLE II Large Rucksack MulticamIntroducing the MOLLE II Large Rucksack Field Pack in Multicam / OCP Camo! With its spacious design and rugged construction, this backpack is perfect for all your outdoor adventures.Capable of holding nearly 4,000 cubic inches of gear, the MOLLE II Large Rucksack is built for maximum storage. It features a unique design that allows it to convert into one large compartment by simply opening the slide fastener located on the shelf. This ensures easy organization and quick access to your belongings. Plus, the waterproof nylon overload yoke extends approximately 12 inches, providing additional storage capacity.The MOLLE II Large Rucksack also includes a lid with a map pocket, allowing you to keep important documents within reach. The PALS webbing on the pack is perfect for attaching MOLLE II Pouches, allowing for further customization and expandability.This MOLLE II Large Rucksack Field Pack system includesPolymer FrameMain BagMatching Shoulder HarnessMolded Hip Belt* Sustainment Pouch option available in pull down menuGet ready for your next adventure with the MOLLE II Large Rucksack Field Pack! Its versatile design, ample storage space, and durable materials make it the perfect companion for any outdoor enthusiast. Shop now and experience the reliability and functionality of this exceptional backpack.Key SpecificationsNSN: 8465-01-580-15561,000-denier CORDURA® ripstop nylonShelf zips out to make 1 huge compartmentM.O.L.L.E webbingMaterial:1,000-denier CORDURA® ripstop nylonColor: Operational Camo / MulticamMain Compartment CAP: 3,000 cu. in.Lower Compartment CAP: 1,000 cu. in.Sustainment Pouch CAP: 500 cu in.Total Capacity: 5,000 cu. in.Reinforced stitching, heavy duty zippersDimensions: 24″ x 16″ x 14″Weight: 10 lbs.Country of Origin: USACondition: Premium, Very Good, Good and FairThe photos are representative of the MOLLE II Large Rucksack you will receive. The item you may receive might differ slightly in appearance from the representative photos. It will be substantially the same in terms of its condition and functionality.
