Building a Q Honey Badger Carbine

Published on August 3, 2018
Duration: 7:06

This video details the complete build process of a Q Honey Badger carbine, highlighting its historical development and unique design features. It covers the assembly of both the lower and upper receivers, including specialized components like the adjustable gas block and the innovative handguard mounting system. The build emphasizes efficiency, with a total assembly time of approximately 27 minutes and high-volume production capabilities.

Quick Summary

The Q Honey Badger carbine is built around a 7-inch, 1:5 twist 300 Blackout barrel with a tapered design for suppressor mounting. Its unique handguard system uses press-fit ridges and a turnbuckle, while the shortened BCG reduces reciprocating mass for smoother shooting.

Chapters

  1. 00:00Introduction & Honey Badger History
  2. 00:42Q Honey Badger Components & Specs
  3. 01:16Lower Receiver Assembly
  4. 02:00Upper Receiver & Gas System Install
  5. 03:15Muzzle Device & Handguard Mounting
  6. 03:48Final Assembly & Production Speed

Frequently Asked Questions

What is the history behind the Q Honey Badger?

The Honey Badger project began nearly 10 years ago with Kevin Brittingham at AAC, aiming for a compact, quiet 300 Blackout weapon. After Brittingham founded Q, LLC, the project was revived, resulting in the modern Honey Badger carbine.

What are the key technical specifications of the Q Honey Badger?

The Q Honey Badger features a 7-inch barrel with a 1:5 twist rate, a clear anodized tan finish for durability, and a tapered barrel for secure suppressor mounting. It is chambered in 300 Blackout.

How is the handguard attached to the Q Honey Badger upper receiver?

The handguard uses a unique system involving ridges on the barrel nut for a press-fit, pads on the upper receiver to control rotation, and a turnbuckle mechanism to prevent front-to-back movement, ensuring a secure and stable fit.

What makes the Q Honey Badger's bolt carrier group unique?

The BCG is specifically shortened to accommodate the action spring cup. This design reduces reciprocating mass, contributing to a softer shooting experience and improved overall performance of the firearm.

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