Description
Raptor Buffer Tube Rifle Mount - Description
The Raptor Buffer Tube Mount¢ auto-locking technology secures onto your firearms Buffer Tube, providing security and fast access to your rifle. Easily position the Raptor Buffer Tube Mount¢ on your Rigid MOLLE Panel for an innovative way to securely mount and lock your firearm. Comes with a high-security tamper-proof keyed lock to prevent unauthorized access.
-
All Backer Plates and Hardware required for mounting to Rigid MOLLE Panel Included
-
Included Phillips screws & security screws with bit to install
-
Designed to mount to any Rigid MOLLE Panel
-
Auto-locking Technology. Simple push to lock-in and lock-out
-
Provides Innovative Quick Access
-
Made with Heavy Duty High-Tech Polymer and Stainless Steel
-
Rubberized Inserts for a Tight No-Slip Grip
-
High-Security Tamper-Proof Keyed Lock
-
Two (2) keyed alike barrel keys included
COMPATIBILITY
The Raptor Buffer Tube Mount secures to exposed buffer tube. Compatible with the following and many similar sized firearms:
-
AR-15 and M4 Style Rifles
Use with a Raptor Rail and Muzzle Cup for additional support.
SPECIFICATIONS
Raptor Buffer Mount¢ Specifications | |
Product Weight | 0.5 lbs. |
Shipping Weight | 0.85 lbs. |
Product Material | High-Tech Polymer |
Product Dimensions | 3in x 3in x 4.25in |
Holding Force | Engineered for 500 lbs. Direct Pull* |
Operating Temperature | 10°F-110°F |
Mounting Hardware | x4 10-32 Security Screws x4 10-32 Phillips Screws |
Product Lock | High-Security Tamper-Proof Keyed Lock |
Designed Mount | Mil-Spec Receiver Extension Commercial Receiver Extension |
Product Options | Locking & Non-Locking |
*500 lbs. pull force tested with Raptor Buffer Mount¢ Locking with the stainless steel tubular lock engaged and weapon buffer tube meeting MIL-Specifications. Weapon was additionally secured with a Raptor Barrel Bracket¢ mounted on a Raptor Rail¢ which was secured to an approved substrate. The Force was distributed evenly between the Raptor Picatinny Mount¢ and Raptor Barrel Bracket¢, and the force was applied as a pulling force with no intended torque component.