The Charles Daly 601 Field 20 Gauge semi-automatic shotgun offers reliable performance and rugged durability for hunting and shooting sports. Featuring a lightweight design weighing approximately 6 pounds, it provides ease of handling during extended use. The overall length of 46.5 inches makes it well-balanced for various shooting scenarios, while the TrueTimber Strata finish enhances its camouflage capabilities for hunting environments. Its semi-automatic action supports quick follow-up shots with a capacity of 4+1 rounds, making it suitable for medium game and sporting applications. The front fiber optic sight ensures quick target acquisition in diverse lighting conditions, contributing to improved accuracy. The camo stock and grip design provide a secure, comfortable hold, even in challenging outdoor conditions. Crafted with a vent rib on the barrel, the shotgun delivers enhanced heat dissipation and improved shot patterning. The gas-operated system ensures smooth cycling and dependable operation, making this firearm a versatile choice for hunters and shooting enthusiasts alike. The overall build quality and attention to detail reflect Charles Daly's commitment to manufacturing high-performance firearms. Whether you're in the field or at the range, the 601 Field combines functionality, durability, and tactical aesthetics to meet your shooting needs.

Features:

• Caliber: 20 Gauge for versatile shooting and hunting applications

• Action: Semi-Auto for rapid follow-up shots and reliability

• Capacity: 4 + 1 rounds for ample shooting engagement

• Finish: TrueTimber Strata camouflage for concealment in natural environments

• Sights: Front Fiber Optic for quick target acquisition

• Stock & Grips: Camo stock with TrueTimber Strata finish for comfortable handling

• Barrel: Vent rib for heat dissipation and improved shot patterning

• Operation: Gas-operated system for smooth cycling and dependability

• Overall Length: Approximately 46.5 inches for optimal handling

• Weight: About 6 pounds, balancing portability and stability