The Charles Daly 601 Field Compact is a versatile 20 gauge semi-automatic shotgun designed for reliable performance in hunting and sporting applications. Weighing approximately 5 lbs. 8 oz., this firearm offers a balanced and manageable weight, making it easy to handle during extended use. The overall length of 41.25 inches ensures a comfortable fit for a variety of shooters while maintaining optimal maneuverability in the field. The Mossy Oak Obsession camouflage finish on the stock and grips provides excellent concealment in woodland environments, enhancing your hunting experience. The firearm features a fiber optic front sight for quick target acquisition and a mobil choke thread pattern allowing for versatile choke tube options to customize shot spread and patterning. Its semi-automatic action ensures smooth operation and rapid follow-up shots, making it suitable for hunters and target shooters alike. With a capacity of 4+1 rounds, this shotgun balances capacity with ease of handling, and the gas-operated system contributes to reliable cycling and reduced recoil. The compact design and durable construction make the Charles Daly 601 Field Compact a dependable choice for outdoor enthusiasts seeking a lightweight, camouflaged shotgun. Whether you're pursuing upland game or participating in clay shooting, this firearm delivers performance and concealment in a compact package.
Features:
- Caliber: 20 Gauge for versatile shooting and hunting applications
- Action: Semi-Auto for smooth and rapid firing
- Finish: Mossy Oak Obsession camouflage enhances concealment
- Sights: Fiber Optic Front sight for quick target acquisition
- Stock & Grips: Camo stock and Mossy Oak Obsession camo grip for durability and concealment
- Capacity: 4+1 rounds for reliable engagement
- System: Gas operated for consistent cycling and reduced recoil
- Choke Thread Pattern: Mobil choke thread pattern allows for customizable choke tubes
- Overall Length: 41.25 inches for manageable handling
- Weight: Approximately 5 lbs. 8 oz. for ease of carry and maneuverability
