The DPMS R-15 Charging Handle delivers enhanced manipulation speed and reliability for AR-15 platform rifles. This ambidextrous charging handle addresses the limitations of standard mil-spec handles with enlarged contact surfaces and improved ergonomics for faster, more positive charging under stress.
What Makes This Different
Unlike standard charging handles that require repositioning for left-handed shooters or tactical reloads, this DPMS design features dual-sided operation with extended latches on both sides. The enlarged contact points provide 40% more surface area than mil-spec handles, reducing the chance of slippage during rapid manipulation. Precision-machined from aircraft-grade aluminum, it maintains the same weight profile as standard handles while offering superior functionality.
Key Features
- Ambidextrous operation with dual-sided extended latches
- Aircraft-grade 7075-T6 aluminum construction with Type III hard anodizing
- Enlarged contact surfaces for positive grip in adverse conditions
- Drop-in compatibility with all AR-15/M16 upper receivers
- Gas deflection channels redirect gases away from shooter's face
- Mil-spec dimensions maintain proper headspace and timing
- Matte black finish resists corrosion and wear
Field performance testing demonstrates consistent function through 5,000+ round counts without maintenance. The extended latches clear most optic configurations while providing enough leverage for single-handed operation when wearing gloves. Law enforcement and competitive shooters report 25% faster reload times compared to standard handles, particularly beneficial during malfunction clearance drills and tactical scenarios.
Technical Specs
- Material: 7075-T6 aluminum alloy
- Finish: Type III hard anodized, matte black
- Weight: 1.2 ounces
- Overall length: 3.5 inches
- Latch extension: 0.375 inches each side
- Compatibility: AR-15, M16, and variants
- Installation: Drop-in replacement, no gunsmithing required
This charging handle represents a practical upgrade that enhances weapon manipulation without compromising reliability or adding unnecessary bulk. Professional users and enthusiasts alike benefit from the improved ergonomics and ambidextrous functionality during training and operational use.