Maverick 88 Cruiser 20 Gauge Cylinder Pump-Action Shotgun

The Mossberg Maverick 88 Cruiser 20 Gauge Cylinder Pump-Action Shotgun is a combat-proven, compact platform purpose-built for tactical deployment, home defense, and specialized law enforcement applications. Chambered in 20 gauge, this pump-action shotgun delivers manageable recoil and reduced shoulder fatigue during extended operations, making it ideal for personnel of varying physical builds and shooting experience. The Cruiser designation reflects its compact, maneuverable profile—engineered for vehicle operations, close-quarters engagement, and rapid target transitions in high-stress scenarios.

Built on Mossberg's proven pump-action platform, the Maverick 88 operates via a dual-action bar system that cycles reliably with both target and defensive ammunition. The cylinder bore provides pattern consistency across varying shot loads while minimizing velocity loss, and the fixed choke design eliminates complexity in the field. Weighing 7.06 pounds and measuring 33 inches in overall length, this shotgun balances controllability with terminal effectiveness; the short profile reduces snag points during vehicle egress or building entry while maintaining the 20-gauge payload necessary for legitimate defensive purposes. The pump mechanism cycles smoothly under stress and delivers positive round advancement even when operated with one hand or from unconventional shooting positions.

Tactical professionals, armed security personnel, and home defenders benefit from the Maverick 88 Cruiser's ergonomic handling and rapid follow-up shot capability. The 20-gauge chambering accommodates a broad spectrum of ammunition—from reduced-recoil rounds for close-quarters work to full-power defensive loads—making it adaptable to varied operational requirements and training scenarios. This shotgun integrates seamlessly into existing armory programs and maintains compatibility with standard 20-gauge ammunition and aftermarket accessories, supporting long-term operational readiness without platform-specific logistics constraints.