Geissele Super Charging Handle AR-15 Desert Dirt Ambidextrous

The Geissele Automatics Super Charging Handle transforms AR-15 manipulation with its oversized latches and ambidextrous design. This premium charging handle eliminates the fumbling associated with standard mil-spec handles, delivering consistent operation under stress.

What Makes This Different

Unlike standard charging handles that require precise finger placement, the Super Charging Handle features enlarged latches on both sides for intuitive operation. The 7075-T6 aluminum construction provides 40% greater strength than standard 6061 aluminum components. Desert Dirt hardcoat anodizing delivers superior corrosion resistance while maintaining the non-reflective finish demanded by tactical applications.

Key Features

• Ambidextrous oversized latches accommodate support-hand and weak-hand manipulation
• 7075-T6 aluminum construction with Type III hardcoat anodizing
• Desert Dirt finish matches FDE and earth-tone rifle builds
• Drop-in compatibility with all mil-spec AR-15 upper receivers
• Enlarged contact surfaces reduce wear on upper receiver
• Precision machined tolerances ensure smooth cycling
• Made in USA with Geissele's manufacturing standards

The Super Charging Handle excels in rapid manipulation scenarios where standard handles create delays. Competition shooters benefit from faster malfunction clearances, while tactical users gain reliable operation with gloved hands or from unconventional shooting positions. The hardcoat anodizing resists wear from repeated cycling and maintains finish integrity through thousands of rounds.

Technical Specs

• Material: 7075-T6 aluminum
• Finish: Desert Dirt Type III hardcoat anodizing
• Compatibility: Mil-spec AR-15 upper receivers
• Latch configuration: Ambidextrous oversized
• Weight: Approximately 1.2 oz
• Country of origin: USA
• Manufacturer: Geissele Automatics

This charging handle addresses the limitations of standard components through engineering rather than marketing claims. The investment in quality manufacturing translates to reliable performance when standard parts fail.