Diamondback DB1758K001 16-Inch 5.56 NATO AR-15 Rifle with Magpul ACS-L Stock and MOE-K2+ Grip

Diamondback DB1758K001 DB15 5.56x45mm NATO 16" 30+1 Black Adjustable Magpul ACS-L Stock Black Magpul MOE-K2+ Grip

The Diamondback DB1758K001 AR-15 rifle combines precision engineering with versatile features for reliable performance. Equipped with a 16-inch chromoly steel barrel featuring a 1:8 twist rate, this firearm is optimized for stability and accuracy with each shot. The receiver crafted from durable 7075-T6 aluminum ensures strength while maintaining a lightweight profile, making it suitable for both tactical and recreational use. The rifle's optic-ready design allows for easy attachment of scopes or sights, enhancing targeting precision in various environments. The manual thumb safety provides secure handling, and the single-stage trigger offers a predictable and crisp pull for improved shot control. Weighing approximately 6.95 pounds, this firearm balances portability with robust build quality, making it ideal for maneuvering in different scenarios.

Features:

• Action: Semi-Auto for reliable firing and quick follow-up shots

• Caliber: 5.56x45mm NATO suitable for multiple shooting scenarios

• Barrel Length: 16-inch chromoly steel barrel with a 1:8 twist rate for accuracy

• Capacity: 30+1 rounds for extended shooting sessions

• Trigger: Single-Stage for a predictable and crisp trigger pull

• Safety: Manual thumb safety for secure handling

• OAL: Adjustable between 34 inches and 37.25 inches for customizable fit

• Weight: Approximately 6.95 pounds offering a balance of durability and portability

• Stock: Adjustable Magpul ACS-L stock for personalized length of pull

• Grip: Magpul MOE-K2+ grip for comfortable and firm handling

• Muzzle: Muzzle brake reduces recoil and muzzle rise

• Receiver: Constructed from durable 7075-T6 aluminum

• Sights: Optic-ready design for easy attachment of scopes or sights

• Barrel: Chromoly steel for longevity and performance

• Twist Rate: 1:8 inches for versatile ammunition stability