MOLLE ADAPTOR PLATE (MAP)

MOLLE ADAPTOR PLATE (MAP)

Regular price $50.00
Regular price Sale price $50.00
The Molle Adaptor Plate (MAP) is the most versatile knife mount ever built, engineered for unmatched durability and stability. It eliminates unwanted movement, flex, and sliding—issues often found in factory polymer belt adaptors—by securely clamping the belt between a durable aluminum adaptor and belt bars. Crafted from 0.190″ thick, US-made 6061-T6 aluminum, the MAP delivers a rigid, flex-free platform designed specifically for our Blackbird sheath, while also supporting a variety of sheaths, holsters, and other gear through its 12 mounting holes. Paired with the Blackbird sheath, the MAP allows vertical or horizontal carry on gun belts or plate carriers, adapting seamlessly to your needs.

The MAP comes equipped with two mounting bars, perfectly sized and spaced for MOLLE-style gun belts or plate carriers. Simply thread the bars through the belt’s PALS webbing for a rock-solid fit, ideal for narrow, minimalist belts favored by SOCOM and other elite communities, including belts from GBRS Group, Ferro Concepts, Blue Force Gear, AXL, Ronin, and Tyr Tactical. Alternatively, the bars can be bolted directly to any standard trouser or gun belt up to 2 ¼” wide. Once installed correctly, the MAP ensures zero movement, slipping, or sliding of your sheath. For added versatility, the MAP features 12 mounting points compatible with popular quick-release systems like the Tek-Lok™ and polymer MOLLE hardware, such as the MALICE clip. Each MAP includes a full hardware kit for attaching the Blackbird sheath, along with threadlocker to secure all connections.

Disclaimer: Before finalizing your setup, confirm the placement of your sheath and its position on your belt or plate carrier. Once satisfied, apply the included threadlocker to all screws to prevent loosening. Extended travel, especially in aircraft, can cause vibration that may loosen screws. Always use the provided threadlocker, particularly in real-world scenarios where reliability is critical.