Trijicon AC30007 RMR HD/SRO Battery Cap Removal Tool - Red

The Trijicon AC30007 battery cap tool eliminates the frustration of changing batteries in RMR HD and SRO optics without damaging delicate components. This precision-engineered tool provides the exact grip and leverage needed for safe battery compartment access.

What Makes This Different

Unlike improvised tools or coins that can slip and scratch optic housings, this purpose-built instrument features precisely machined contact points that engage the battery cap's slots without marring. The anodized aluminum construction resists wear while the ergonomic design provides positive grip control. Standard household items often lack the proper dimensions, leading to stripped caps or cosmetic damage to expensive optics.

Key Features

• Precision-machined contact points prevent battery cap damage and slipping
• Compatible with Trijicon RMR HD and SRO red dot sight models
• Anodized red aluminum construction resists corrosion and wear
• Compact 2.5-inch length fits easily in range bags or tool kits
• Ergonomic grip design provides positive control during battery changes
• Lightweight 0.3-ounce weight won't add bulk to gear loadout
• Factory-specified tool ensures proper torque application

Field maintenance becomes straightforward with this dedicated tool, whether swapping batteries before competition stages or during routine optic servicing. The precise fit eliminates guesswork and reduces the risk of cross-threading or over-tightening that can damage expensive optic housings. Professional armorers and serious shooters rely on proper tools to maintain equipment reliability and extend service life.

Technical Specs

• Overall Length: 2.5 inches
• Weight: 0.3 ounces
• Material: Anodized aluminum construction
• Color: Red anodized finish
• Compatibility: Trijicon RMR HD and SRO optics
• Manufacturer: Trijicon Inc.
• Part Number: AC30007
• Country of Origin: United States

This factory tool represents the difference between professional maintenance and makeshift solutions that risk damaging precision optics. The modest investment protects expensive sighting systems while ensuring reliable battery changes when performance matters most.