The Real Avid AR Micro Tool transforms AR-15 maintenance from a workshop task into a field-ready operation. This compact multi-tool consolidates essential AR-15 functions into a pocket-sized package that fits in any range bag or tactical kit.
What Makes This Different
Unlike bulky tool kits that require a workbench, the AR Micro Tool integrates six critical AR-15 functions into a single stainless steel implement. The tool measures just 4.5 inches when closed, yet provides full-size leverage for stubborn components. Heat-treated stainless steel construction resists corrosion and maintains sharp edges through thousands of uses.
Key Features
- Integrated bolt carrier group scraper removes carbon buildup efficiently
- Dual-ended pick for detailed cleaning of bolt tail and firing pin areas
- Carbon scraper blade reaches tight spaces in upper receiver extension
- Compact 4.5-inch folding design fits in cargo pocket or range kit
- Heat-treated stainless steel construction resists wear and corrosion
- Textured grip surfaces provide secure handling with wet or gloved hands
- Black and gray finish reduces glare and provides professional appearance
Field testing demonstrates the tool's effectiveness across temperature ranges from -20°F to 120°F without performance degradation. The precision-ground edges maintain their effectiveness after extended use on heavily fouled components. Competition shooters report completing detailed bolt carrier group maintenance in under five minutes using this single tool.
Technical Specs
- Overall length: 4.5 inches closed, 7.25 inches extended
- Weight: 3.2 ounces
- Material: Heat-treated stainless steel with black oxide coating
- Finish: Black and gray tactical coating
- Compatibility: All AR-15/M4 platform rifles
- Country of origin: USA
- Manufacturer warranty: Limited lifetime warranty
The AR Micro Tool eliminates the need for multiple cleaning implements while providing professional-grade maintenance capabilities. Its compact profile makes it practical for range trips, training courses, and field operations where space and weight matter.