MLOK Vertical Gun Mount - Wall | Rifle Holder Storage Rack

- Latchless Ambidextrous Design: Retrieve firearm with a single upward and outward motion. Firearm is securely held in place by gravity and cut-outs in the mount, safe from accidental bumps.

- Allows Magazine To Stay In Firearm: Be ready in a moment's notice. Unlike the vast majority of mounts, this leaves the magwell open for a magazine to stay inserted.

- Extremely Compatible: Works with any MLOK rail/handguard, regardless of platform. The extended version increases the distance between the wall and firearm from .9" to 1.6" to accommodate offset lights, red dots, lasers, etc. The 3-slot version uses 3 MLOK slots and is recommended wherever possible. The 2-slot version is good for smaller firearms where there are not as many open MLOK slots.

- Durable, Dependable Design: Mounts to wall and securely holds the heaviest rifles without budging. Comes with two self-tapping stud screws, or standard screws with drywall anchors depending on the selected option.

- Original, Innovative Design: Support the original designer of the mount, Hammy3DPrints, rather than the lower-quality knock-offs. Designed and 3D printed in the heart of America in St Louis, Missouri.

Perfect for organizing your gun room, or making your AR easier to access! This is specifically designed for mounting as an easy-to-access self-defense weapon that can be mounted out of the reach of children.

MATERIAL: 3D printed using PLA+ filament.

INSTALLATION: Mounts to wall stud using two included #8 x 1.5" self-tapping screws, or standard screws with drywall anchors depending on the selected option. FOR YOUR SAFETY, UNDER NO CIRCUMSTANCES SHOULD A LOADED FIREARM BE MOUNTED.

WARRANTY: If this item breaks I will make any design adjustments, if needed, and send a replacement for free. Made in USA.

Please note that the products may have slight imperfections as 3D Printing is rarely perfect. The exact product you receive may also slightly vary from the product photos as I iterate and improve upon designs based on user feedback.