The Timber Creek Enforcer Mini Ambidextrous Charging Handle transforms AR-platform operation with dual-sided functionality in a compact profile. This FDE Cerakote-finished component eliminates the limitations of standard mil-spec charging handles while maintaining reliable extraction and chambering.
What Makes This Different
Unlike standard charging handles that require shooters to break their grip or adjust hand position, the Enforcer Mini features extended latches on both sides for seamless operation. The compact design reduces snag potential while providing 40% more gripping surface than mil-spec handles. Precision-machined aluminum construction with Cerakote finish resists corrosion and wear better than standard phosphate coatings.
Key Features
- Ambidextrous operation with extended latches on both sides
- Mini profile reduces overall length while maximizing functionality
- 7075-T6 aluminum construction for strength-to-weight optimization
- Flat Dark Earth Cerakote finish for corrosion resistance
- Compatible with all AR-15 and AR-10 upper receivers
- Textured grip surfaces prevent slippage in wet conditions
- Drop-in installation requires no gunsmithing or modifications
Field performance demonstrates consistent function across temperature extremes and high round counts. The enlarged contact surfaces distribute stress evenly, reducing wear on the upper receiver. Competition shooters benefit from faster malfunction clearance, while tactical users gain operational advantages in confined spaces. The Cerakote finish maintains appearance and function through thousands of charging cycles.
Technical Specs
- Material: 7075-T6 aluminum alloy
- Finish: Flat Dark Earth Cerakote
- Weight: 1.2 ounces
- Overall length: 3.5 inches
- Latch extension: 0.375 inches each side
- Compatibility: AR-15, AR-10, and variants
- Installation: Drop-in replacement
- Manufacturer: Timber Creek Outdoors
The Enforcer Mini delivers professional-grade enhancement without compromising reliability or adding unnecessary bulk. Quality machining and proven materials ensure consistent performance when standard components fall short.