HUXWRX HX-QD 762 Titanium Silencer, Black (2367H)

Name: HUXWRX HX-QD 762 Titanium Silencer, Black (2367H)
SKU: 2367H
Price: 1294.00 USD
Availability: OutOfStock

MPN: 2367H

UPC: 706434000000

MSRP: $1,522.00

Availability Out of stock

$1,294.00

A lightweight and durable multi-caliber suppressor with patented and proven OSS Flow-Through® technology, the HX-QD 762 Ti is built with a combination of Grade 5 Titanium and heat treated 17-4 stainless steel. It delivers superior accuracy and repeatability, hearing safe 136-139 dB performance, is full-auto rated on 5.56, and cross-platform compatible on 5.56 up to .300 WM– the one to have when every ounce counts.

Compatible with Muzzle Brake-QD 556/762, Flash Hider-QD 556/762, and Comp-QD 762.

Materials & Finish: Unlike traditional suppressors that manage trapped gas, intense heat and pressure with blast baffles, OSS Flow-Through® technology redirects expanding gases forward allowing us to use 17-4 stainless steel deflectors and internal Grade 5 Titanium coils. The result is a remarkably cooler and extremely durable suppressor. The HX-QD 762 has a fully-welded outer body made of Grade 5 Titanium coated with C-series high temperature black Cerakote®.

Sound Pressure Levels: The HX-QD 762 Ti is a light-weight optimal choice for the widest range of rifles of different calibers. Sound pressure levels are measured at the shooters ear to comply with current military specifications.

134 – 138 dB on 20” Remington 700 Rifle using commercial grade 150 gr ammo
133 – 137 dB on 16” AR15 DI using commercial grade 55 gr ammo
138 – 140 dB on 16” 7.62 AR15 DI using commercial grade 150 gr ammo

HUXWRX Torque Lock is a patented, tool-less locking system that ensures the suppressor will stay securely mounted onto the HUXWRX QD muzzle device.

HUXWRX suppressors full-auto rating guarantees the suppressor passes the USSOCOM Reliability Stress Test.

HUXWRX Suppressors are engineered and tested to meet the highest military accuracy specifications worldwide.

HUXWRX Suppressors are engineered so that the mounting interface is precise and consistent. The result is repeatable and minimal point of impact (POI) shift that meets military specifications worldwide.