Bulldog BDT408B Tactical Sling Pack Small Black Nylon Crossbody Bag

The Bulldog BDT408B BDT Tactical Sling Pack delivers quick-access storage in a compact crossbody design that keeps essential gear within immediate reach. This ambidextrous sling pack accommodates both right and left-handed users while maintaining a low profile that won't interfere with movement or equipment.

What Makes This Different

Unlike traditional backpacks that require removal for access, this sling pack rotates from back to front in seconds. The single-strap design distributes weight evenly across the torso while allowing rapid deployment of contents. Multiple external attachment points accept MOLLE-compatible accessories, expanding storage capacity beyond the main compartment.

Key Features

• Ambidextrous single-strap design for left or right-shoulder carry
• Quick-rotation access - swings from back to front without removal
• Durable 600D polyester construction with reinforced stress points
• Multiple zippered compartments including concealed carry pocket
• MOLLE webbing for attaching additional pouches and accessories
• Adjustable padded shoulder strap with anti-slip backing
• Water-resistant zippers protect contents from moisture

Field testing demonstrates reliable performance across diverse environments from urban settings to outdoor activities. The pack maintains structural integrity under repeated loading cycles while the smooth-operating zippers function reliably in dusty or wet conditions. Law enforcement and security professionals appreciate the discrete appearance that doesn't advertise tactical purpose.

Technical Specs

• Dimensions: 13" H x 9" W x 6" D
• Weight: 1.2 pounds empty
• Material: 600D polyester with PU coating
• Main compartment capacity: approximately 8 liters
• Strap adjustment: 32" to 56" length
• Color: Black
• Hardware: YKK zippers, Duraflex buckles

This tactical sling pack combines accessibility with durability in a package sized for daily carry without bulk. The versatile attachment system adapts to changing mission requirements while maintaining the compact footprint essential for mobility.