ATI Bulldog 12 Gauge Bullpup Shotgun 18.5" Barrel 5+1 Capacity

The ATI Bulldog delivers compact firepower in a space-efficient bullpup configuration that maintains full-length barrel performance. This 12-gauge platform reduces overall length by 7-8 inches compared to traditional shotgun designs while preserving the ballistic advantages of an 18.5-inch barrel.

What Makes This Different

The bullpup design places the action behind the trigger group, creating a rifle-length barrel in a carbine-sized package. This configuration provides better maneuverability in confined spaces while maintaining the velocity and pattern consistency of a full-length barrel. The fixed stock design eliminates potential points of failure found in adjustable systems.

Key Features

• Bullpup configuration reduces overall length to approximately 28 inches
• 18.5-inch barrel maintains full ballistic performance
• 5+1 capacity with 3-inch chamber capability
• Ambidextrous safety and controls accommodate both shooting hands
• Fixed black synthetic stock provides consistent cheek weld
• Standard choke threading accepts Rem-Choke compatible tubes
• Picatinny rail system for optics and accessories

The compact design excels in vehicle operations, home defense scenarios, and tactical applications where space constraints limit traditional shotgun effectiveness. The 3-inch chamber handles everything from target loads to magnum buckshot and slugs. Synthetic furniture resists weather and impact damage while maintaining zero shift under temperature variations.

Technical Specs

• Gauge: 12 gauge, 3-inch chamber
• Barrel Length: 18.5 inches
• Overall Length: Approximately 28 inches
• Capacity: 5+1 rounds
• Stock: Fixed black synthetic bullpup design
• Choke: Cylinder bore with threading for choke tubes
• Safety: Ambidextrous cross-bolt type
• Finish: Black synthetic and metal finish

The ATI Bulldog addresses the fundamental compromise between barrel length and overall weapon length that has limited shotgun applications for decades. Professional users and civilians alike benefit from the enhanced maneuverability without sacrificing terminal performance.