Dead Air CT5P Patrol 5.56/6mm | Xeno Mount | CT5PXNFDE

The CT5P Patrol is Dead Air’s patrol-specific, gas-regulated compact suppressor designed for reduced backpressure and low overall sound profile on 5.56 NATO and 6mm ARC platforms. Built using Haynes 282 and finished in Flat Dark Earth high-temp Cerakote, the CT5P employs a Compact Triskelion baffle and a Gas Management System to limit bolt velocity change and reduce operator fume exposure. This configuration ships with a fixed Xeno adapter and the DA129GOV 1/2-28 Xeno 3-prong flash hider for quick, duty-ready mounting.

Applications: duty/patrol rifles requiring low-backpressure suppression, and training or field use where reduced muzzle flash and heat management improve sustained operations.

Product Specifications

• The brand is Dead Air Silencers.
• The model is the CT5P Patrol.
• The manufacturer part number is CT5PXNFDE.
• The caliber rating is 6mm / 5.56 NATO.
• The thread pattern is 1/2-28.
• The construction material is Haynes 282.
• The finish is Flat Dark Earth high-temp Cerakote.
• The outside diameter measures 1.60 inches.
• The unit ships with a Xeno mount (fixed Xeno adapter with 1/2-28 Xeno 3-prong flash hider).
• The suppressor is Full Auto Rated for 5.56 NATO and 6mm ARC.
• The internal baffle uses a Compact Triskelion design.
• The unit incorporates a patrol-specific Gas Management System for reduced backpressure and operator fume exposure.
• The design emphasizes ultra-lightweight, low-backpressure operation for semi-automatic duty rifles.
• The product has been tested to the SOCOM SURG standard.
• The UPC is 810128163880.

The CT5P Patrol balances a compact profile with duty-level durability using additive manufacturing and high-temperature coatings. Its combination of a Triskelion baffle and gas management makes it well suited to patrol-length and short-barrel applications where controlling flash, backpressure, and heat signature matters. The Xeno mount option provides straightforward compatibility with common 1/2-28 flash hiders while keeping overall length minimal for operational use.

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