The Charles Daly 202 Over/Under shotgun combines classic craftsmanship with modern features, making it a reliable choice for upland game hunting and target shooting. This firearm features a durable black chrome finish on the barrel, providing corrosion resistance and a sleek appearance. The fiber optic front sight enhances target acquisition in various lighting conditions, while the checkered walnut stock offers a firm grip and traditional aesthetic. With an overall length of approximately 45.25 inches and weighing about 7.5 pounds, this shotgun balances ease of handling with stability for precise shooting.
The 12 gauge over/under action provides smooth operation and quick follow-up shots, with a capacity of two shells. Its receiver is intricately engraved with a quail scene, adding a touch of elegance to its functional design. The mobil choke thread pattern allows for versatile choke tubes, enabling shooters to customize shot spread for different hunting scenarios. The extractor ensures reliable shell ejection, simplifying reloading during demanding situations.
Constructed by Charles Daly, model 202 Over/Under, this firearm is built to meet the needs of both professional hunters and sporting shooters. Its sturdy wood stock with checkered walnut grips offers a comfortable and secure hold, while the fiber optic sights facilitate quick target alignment. The shotgun's overall design emphasizes durability, accuracy, and aesthetic appeal, making it an excellent addition to any firearm collection or hunting gear. Please note that this firearm does not feature adjustable optics or illuminated reticle, adhering to traditional shotgun specifications.
Features:
- Black chrome finish on barrel for corrosion resistance
- Fiber optic front sight for quick target acquisition
- Checkered walnut stock provides a secure grip
- Engraved receiver with quail scene design for aesthetic appeal
- Over/Under action with a capacity of 2 shells
- Mobil choke thread pattern for versatile choke tube compatibility
- Reliable extractor for efficient shell ejection
