Description
XLR Industries M-LOK Micro Barricade Stop
Introducing the M-LOK Micro Barricade Stop from XLR Industries, a compact and robust solution for stabilizing your rifle in challenging shooting positions. Designed for use with any M-LOKª rail system, it's an ideal choice for both tactical and competitive shooters.
Product Details
Manufactured in the USA from 6061 aluminum, the XLR Micro Barricade Stop is lightweight yet durable. It provides an effective bracing point against barricades, competition props, or window and door frames, enhancing stability and accuracy in previously unstable shooting positions.
Aggressive Texturing and Design
The barricade stop features aggressive texturing for a solid grip on surfaces like wood and concrete. Its slightly curved face allows for pivoting capabilities while loaded into the barricade, aiding in target acquisition. Finished with a black anodized coating, this accessory is built to withstand years of rigorous use.
Barricade Application
Commonly used in precision rifle competitions such as the Precision Rifle Series and National Rifle League, the M-LOKª Micro Barricade Stop is also popular among law enforcement officers for stabilizing rifles on window or door frames. Its compact design makes it versatile for both precision rifles and AR-15 platforms.
M-LOKª Compatibility
Compatible with any rifle or carbine system that features M-LOKª slots, this barricade stop occupies only one full M-LOKª slot, leaving ample space for other accessories. It's compatible with all current XLR chassis systems, though older generations may not support M-LOKª attachments.
Product Specifications
- Weight: 0.8 ounces.
- Dimensions: 1.5Ó X 0.6Ó X 0.8Ó.
- Material: 6061 Aluminum.
Why Choose the M-LOK Micro Barricade Stop?
The M-LOK Micro Barricade Stop is more than just an accessory; it's a testament to XLR Industries' dedication to quality, functionality, and innovative design. Enhance your shooting platform with this essential tool for improved stability and precision in diverse shooting scenarios.