Global Ordnance Monolith 15P | 5.56 NATO | 30+1

The Global Ordnance Monolith 15P is a compact, bufferless AR-style pistol platform chambered in .223 REM/5.56 NATO and built around a proprietary one-piece monolithic barrel/extension assembly. Its simplified operating system reduces parts count and is designed for reliable function and suppressor concentricity. Pair this pistol with an Aimpoint PRO red dot for a durable, sub-1000-dollar optic solution that keeps close-quarters transitions and rapid target acquisition intuitive.

Applications: range training and action-style competition where a compact, high-capacity AR pistol is appropriate.

Product Specifications

• The firearm ships with a capacity of 30 + 1 rounds.
• The action is Semi-Auto for standard AR-style operation.
• The cartridge is listed as .223 REM/5.56 NATO.
• The barrel is finished in 41v50 Black Nitride for corrosion resistance and wear mitigation.
• The barrel’s rifling rate is 1:7 twist.
• The overall length measures 20.50″–29.50″ depending on brace position.
• The muzzle uses an integrated Dead Air KeyMo 2-port brake as part of the monolithic assembly.
• The charging handle is a forward side folding design for compact carry and ambidextrous operation.
• It ships equipped with an SB Tactical FS1913 folding pistol brace.
• The trigger is a flat AR-15 trigger for a clean break.
• The bolt release is ambidextrous with ejection-port-cover drop function.
• The grip supplied is a B5 P Type 23 grip for ergonomic control.
• The safety is an ambidextrous safety lever.
• Included accessories list 1 magazine with the firearm.
• The UPC for this item is 197892004862.

This Monolith 15P delivers a modern take on the AR pistol concept with a streamlined parts count and a focus on suppressor-ready geometry through its one-piece barrel assembly. The configuration is aimed at shooters who value compactness, straightforward controls, and compatibility with common optics and accessories. Its integrated railwork and folding brace make it convenient for transport and use in tight environments.

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