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.308 Cerakote Titanium Blue Rifle Kit, 15″ Keymod Rail Handguard 80% Lower/ Assembled

Rated 2.00 out of 5 based on 1 customer rating
(1 customer review)

from: $78599$58999

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SKU: SKU-859 Categories: , , Product ID: 3533

Description

This is a complete AR-10 upper receiver kit with a 16″/18/20″ .308 Barrel Choose from the drop-down menu.
The Upper Receiver parts included are below:

  • 15′ Keymod Rail Cerakote  Titanium Blue
  • Upper Receiver , DPMS style
  • .308 Billet Upper Receiver
  •  Upper is bead blasted and Cerakote Titanium Blue
  • 308 Barrel – 16″ / 18 / 20″ – Choose from the drop-down menu.
  • Gas System -Rifle for the 20″
  •                      -Midlength Gas Tube for the 16″ and 18″
  • Phosphate Coated
  • 1/10 Twist Chromoly
  • Flash Hider & Crush Washer 5/8″x 24
  • Lower Parts Kit
  • Bolt Carrier Group
  • Charging handle

The Lower Receiver parts included are below

  • Forged from 7075 T6 aluminum.
  • Magwell is broached for a perfect fit
  •  80% billet Lower bead blasted and Cerakote Titanium Blue
  • Black Magpul Moe Stock
  • Black Magpul Moe Grip

Additional information

Weight13.9993 lbs

1 review for .308 Cerakote Titanium Blue Rifle Kit, 15″ Keymod Rail Handguard 80% Lower/ Assembled

  1. Rated 2 out of 5

    jbrush83 (verified owner)

    Start off with the color and coating on this is gorgeous. Seemed pretty good up until I milled it out and started assembling the lower. issues are as follows
    Safety detent spring- seems short and causes the safety selector to seem sloppy
    Bolt Catch plunger spring- seems short and causes the bolt catch to be sloppy
    Bolt Catch Pin/ threaded seat- so with this style lower there is treads where the bolt catch pivot pin screws into’ well there is supposed to be. My lower had what looks like the threads were worn out or over coated with the cerakote. mind you the coating is thick and holds a nice color there is spots that need to maintain dimensions. I ended having to go get 6-32 taps starting bottom tap and had to re-thread the hole.
    and final the buffer detent hole had coating that was too thick and had to run a drill to clean it out just so the detent will function.

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