Bulldog 37" Long Gun Scoped Rifle Case with Three Large Pockets in Tan - 600 Denier Polyester Canvas

3 LARGE ACCESSORY POCKETS TAN

The Bulldog 37-inch long gun scoped rifle case offers a durable and functional solution for firearm storage and transport. Crafted from heavy-duty 600 Denier polyester canvas, this case provides reliable protection against the elements and daily wear. Its tan color offers a discreet appearance suitable for various environments. Designed specifically for scoped firearms, it features a length of approximately 37 inches, comfortably accommodating rifles with scopes attached. The case includes three large storage pockets, allowing users to organize accessories such as magazines, cleaning kits, or other gear efficiently. Inside the main compartment, a bright orange lining enhances visibility of stored items, making it easier to locate accessories quickly and reducing the risk of losing small parts during instillation or retrieval. The interior dimensions of the storage pocket are 5.10 inches by 17.10 inches by 41.05 inches, providing ample space for scoped firearms and accessories alike. This tactical case is suitable for AR-15 style rifles and other scoped firearms, offering a secure and organized transport option for hunters, shooters, and law enforcement professionals alike. The sturdy construction combined with practical storage features makes this case a versatile choice for firearm enthusiasts seeking protection and organization in a single package.

Features:

• Color: Tan for discreet and versatile appearance

• Material: 600 Denier polyester canvas offers durability and weather resistance

• Length: Approximately 37 inches to fit scoped firearms comfortably

• Three large storage pockets for organizing accessories and gear

• Inside of storage pocket features bright orange lining for easier item visibility

• Designed for long guns with scopes, including AR-15 style rifles

• Heavy-duty zipper closures for secure fastening and access

• Padded construction provides added protection during transport