The Strike Industries ARCH Extended Latch Charging Handle transforms AR-15 operation with its oversized ambidextrous design and enhanced grip surface. This precision-machined component addresses the limitations of mil-spec charging handles by providing superior leverage and control during malfunction clearance and charging operations.
What Makes This Different
The ARCH features an extended latch design that increases surface area by 40% compared to standard charging handles. Its ambidextrous operation eliminates the need for shooters to break their firing grip or adjust hand position. The textured grip surfaces and chamfered edges provide positive engagement even with wet or gloved hands, while the reinforced pivot points resist wear from repeated cycling.
Key Features
- Ambidextrous extended latch design for enhanced manipulation
- Black Type III hard anodized 7075-T6 aluminum construction
- Textured grip surfaces with anti-slip pattern
- Compatible with all mil-spec AR-15 upper receivers
- Reinforced pivot points for extended service life
- Chamfered edges prevent snagging on gear
- Gas deflection channels redirect blowback away from shooter
Field performance testing demonstrates reliable function across temperature ranges from -40°F to 160°F. The extended latch provides 25% more leverage than mil-spec handles, reducing effort required for charging and malfunction clearance. Competition shooters benefit from faster reloads and immediate action drills, while tactical users gain improved manipulation with protective equipment.
Technical Specs
- Material: 7075-T6 aluminum alloy
- Finish: Type III hard anodized black
- Weight: 1.2 ounces
- Length: 3.5 inches
- Compatibility: All mil-spec AR-15 upper receivers
- Installation: Drop-in replacement, no modifications required
- Manufacturer: Strike Industries
The ARCH charging handle represents a significant upgrade over standard components without requiring permanent modifications to the host weapon. Its proven design has earned adoption across military, law enforcement, and civilian markets where reliable function under stress remains paramount.