Diamondback DB15 Carbon Pistol | DB1915K061 | 5.56 | 10″
MSRP: $852.00
Your Price: $677.00
Diamondback DB15 Carbon AR Pistol in Flat Dark Earth chambered for .223 Rem / 5.56 NATO with a 10″ barrel, 9″ M-LOK handguard and 30+1 capacity (includes one Gen 2 PMAG).
The Diamondback DB15 Carbon AR Pistol (MFG# DB1915K061) is a compact, semi-automatic 5.56/.223 platform built on forged 7075-T6 receivers with a 10″ 4150 Chrome-Moly Vanadium barrel and a 9″ M-LOK rail in Flat Dark Earth. For reliable, close-range use a compact red-dot optic such as an Aimpoint PRO or a Vortex SPARC running well under $1,000 pairs cleanly with the DB15’s low optic profile. This pistol suits precise recreational range work and competitive short-course shooting where a compact, light-handling AR platform is preferred.
Product Specifications
- The manufacturer is Diamondback Firearms.
- The model and part number are DB15 Carbon (DB1915K061).
- The chambering is .223 Rem / 5.56 NATO.
- The barrel measures 10 inches and is constructed from 4150 Chrome-Moly Vanadium.
- The barrel finish is Black Nitride.
- The rifling twist rate is 1-in-8.
- The magazine capacity is 30+1 and it ships with one Gen 2 PMAG 30-round magazine.
- The receivers are forged 7075-T6 aluminum.
- The handguard is a 9-inch M-LOK rail.
- The pistol includes a Magpul MOE grip and a buffer tube foam pad.
- The muzzle device is an A2 flash hider with 1/2×28 threads.
- The action type is Semi-Auto.
- The overall length (collapsed) is 26 inches.
- The unloaded weight is 5.40 lbs.
- The UPC is 810035754706.
This DB15 Carbon AR Pistol brings a compact AR ergonomics package and proven component selection into a utility-focused pistol chassis. The 10″ nitride-treated barrel and Magpul control ergonomics keep handling predictable while the 9″ M-LOK rail gives room for low-profile optics and modular accessories. If you need a compact AR-format pistol for precision-focused range sessions or short-course competition, this configuration balances weight, controls, and accessory space without excess complexity.
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