The Retay ACE-R Paloma 20 Gauge Semi-Auto Shotgun offers reliable performance and modern design for hunting and shooting sports. Featuring an inertia piston system, this firearm ensures smooth cycling and consistent operation, making it ideal for both novice and experienced shooters. Its lengthened forcing cone enhances pattern density and improves shot distribution, providing better accuracy and performance in the field. The shotgun's overall length of approximately 48 inches and weight of just over 7 pounds offer a balanced feel for controlled handling during extended use. The sleek extra black finish adds durability and a professional appearance to the firearm. The TruGlo fiber optic front bead sight provides quick target acquisition in various lighting conditions, while the synthetic stock in black complements the firearm's tactical look and offers weather resistance for outdoor use. With a capacity of 3+1 rounds, this semi-automatic shotgun is designed for versatility and ease of use. The absence of an adjustable objective and illuminated reticle keeps the focus on reliable field performance, making it suitable for a range of shooting activities. Crafted by Retay, the ACE-R Paloma is a dependable choice for hunters and shooting enthusiasts seeking a lightweight, durable, and efficient shotgun with a sleek black finish and modern features.

Features:

• Inertia Piston System: Ensures smooth and reliable cycling for consistent performance

• Lengthened Forcing Cone: Improves shot pattern and accuracy for better results in the field

• Semi-Auto Action: Offers quick follow-up shots and ease of operation

• Capacity: 3+1 rounds for versatile shooting and hunting scenarios

• Finish: Extra Black, providing durability and a sleek appearance

• Sights: TruGlo Fiber Optic Front bead for fast target acquisition

• Stock Frame Grips: Synthetic stock in black for weather resistance and durability

• Overall Length: Approximately 48 inches for balanced handling

• Weight: Just over 7 pounds for manageable carry and maneuverability