Locking Rifle Mount - Raptor Picatinny

TAKING PRE-ORDERS NOW, SHIPS IN 2 WEEKS FROM TIME OF PURCHASE

Raptor Picatinny Rifle Mount - Description

The Raptor Picatinny Mount„¢ €œauto-locking€ technology secures onto your firearm€™s picatinny rail, providing security and fast access to your rifle. Easily position the Raptor Picatinny 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
• €œAuto-locking€ Technology. Simple push to €œlock-in and lock-out€
• Provides Innovative Quick Access
• Designed for Mil-Spec Picatinny rails
• 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 Picatinny Mount secures to any item with a few inches of Picatinny Rail exposed. Compatible with the following and many similar sized firearms:

• AR-15 and M4 Style Rifles
• AK-47 and AK-74 Style Rifles
• Hunting Rifles
• Shotguns

Use with a Raptor Rail and Muzzle Cup for additional support.

SPECIFICATIONS

Raptor Picatinny Mount„¢
Product Weight	0.5 lbs.
Shipping Weight	0.85 lbs.
Product Material	High-Tech Polymer
Product Dimensions	3in x 3in x3in
Holding Force	Engineered for 1,000 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 Picatinny Rail
Product Options	Locking & Non-Locking

*1,000 lb pull force tested with Raptor Picatinny Mount„¢ Locking with the stainless steel tubular lock engaged and weapon rail meeting MIL-STD-1913 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 Buffer Mount„¢ and Raptor Barrel Bracket„¢, and the force was applied as a pulling force with no intended torque component.