T6 GOAT Shredder AR9 TCS | 9 MM | 16in | Midnight Bronze

The T6 GOAT Series Shredder AR9 TCS is a 9 MM platform built around a TRUE 16-inch match-grade nitride barrel and a tunable compensator system. It combines an assembled upper receiver with ambidextrous controls and a Glock-style nitride bolt carrier for reliable cycling with common 9mm components. For optics under $1,000, a Vortex Strike Eagle 1-8×24 offers a versatile, robust package that pairs well with the AR9’s handling characteristics.

This configuration is well suited to practical pistol-caliber carbine (PCC) competition and precision range training where controllability and modularity matter. The build emphasizes durable materials and serviceable parts for routine use.

Product Specifications

• The caliber is 9 MM Match Grade.
• The assembled upper receiver is Assembled Upper Receiver.
• The charging handle is AMBI Charging Handle.
• The bolt carrier is a Glock Style Nitride Bolt Carrier.
• The barrel is 9 MM Match Grade Nitride with a TRUE 16-inch overall length and TCS system.
• The thread pitch is 9/16 x 32 TPI.
• The twist rate is 1:10.
• The muzzle system is a Built-in Tunable Compensator System.
• The lower is a Complete Lower Receiver.
• The trigger is a FLAT Olympus9 3-6Lbs Trigger.
• The UPC is 810108162582.
• The firearm includes extended take down pins.
• The stock kit is a BATTLELINK Extreme Duty Minimalist Stock.
• The handguard is a 13 Aluminum Jester scalp Rail in MLOK style.
• The construction material and finish are 7075 T6 Aluminum with Midnight Bronze Cerakote.

The Shredder AR9 TCS presents a blend of competition-capable features and everyday serviceability. Its match-grade barrel and tunable compensator system make follow-up shots more manageable, while the M-LOK handguard and Battlelink stock provide a familiar, modular interface for accessories and mounting. If you prioritize a robust 9mm carbine that supports competitive PCC use and serious range work, this T6 build delivers a straightforward, component-driven approach backed by durable materials and ambidextrous ergonomics.