Wilson Combat 6BN Thumb Safety Tactical Lever 1911 Blued Steel

The Wilson Combat 6BN Thumb Safety transforms standard 1911 handling with its extended tactical lever design. This precision-machined component addresses the common issue of inadequate thumb safety engagement under stress or with gloved hands.

What Makes This Different

The 6BN features Wilson Combat's signature tactical lever extension that provides 40% more surface area than factory thumb safeties. The blued steel construction matches original 1911 finishes while delivering enhanced corrosion resistance. Unlike basic aftermarket safeties, this component maintains the crisp engagement feel that serious shooters demand.

Key Features

• Extended tactical lever provides positive engagement with gloved hands
• Precision-machined from ordnance-grade steel with blued finish
• Drop-in installation for most 1911 pistols and frames
• Maintains original safety geometry and function
• Low-profile design prevents snagging on holsters or clothing
• Compatible with Government, Commander, and Officer frame sizes
• Professional gunsmith installation recommended

Field performance shows immediate improvement in safety manipulation speed during tactical reloads and ready positions. Competition shooters report faster stage times due to more confident safety disengagement. The extended paddle works equally well for duty carry, where reliability under adverse conditions matters most. The blued finish resists wear from repeated holster draw cycles.

Technical Specs

• Material: Ordnance-grade steel with blued finish
• Compatibility: 1911 Government, Commander, Officer frames
• Installation: Drop-in replacement for factory safety
• Lever extension: Approximately 0.125" beyond standard
• Weight: 0.3 oz
• Manufacturer: Wilson Combat, USA
• Part Number: 6BN

This tactical safety upgrade addresses a critical handling weakness in the 1911 platform without compromising reliability or holster compatibility. Wilson Combat's reputation for precision manufacturing ensures consistent function across thousands of activation cycles.