Timber Creek AR Oversized Trigger Guard Drop-In Burnt Bronze

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Description

The Timber Creek Outdoors AR Oversized Trigger Guard in Burnt Bronze provides enhanced access and control for AR-15 platforms. This drop-in aluminum upgrade addresses the common issue of restricted trigger finger movement when wearing gloves or in cold weather conditions.

What Makes This Different

The oversized design increases the trigger guard opening by approximately 30% compared to standard mil-spec guards. CNC-machined from 6061-T6 aluminum with a Type III hard anodized Burnt Bronze finish, this component offers superior corrosion resistance and durability. The enlarged opening accommodates thick winter gloves while maintaining proper trigger discipline and safety protocols.

Key Features

Oversized opening accommodates gloved hands and enhances trigger access
6061-T6 aluminum construction with Type III hard anodizing
Burnt Bronze finish provides corrosion resistance and tactical aesthetics
Drop-in installation requires no permanent modifications
Compatible with standard AR-15 and AR-10 lower receivers
Precision CNC machining ensures proper fit and function
Lightweight design adds minimal weight to the platform

Field performance benefits become apparent in adverse weather conditions and tactical scenarios. The enlarged guard allows shooters to maintain proper trigger control while wearing protective gloves during winter hunting, competition shooting, or duty use. The hard anodized finish resists wear from repeated holstering and environmental exposure.

Technical Specs

Material: 6061-T6 aluminum alloy
Finish: Type III hard anodized Burnt Bronze
Compatibility: AR-15 and AR-10 platforms
Installation: Drop-in replacement
Weight: Approximately 0.5 oz
Manufacturer: Timber Creek Outdoors
Country of Origin: USA

This trigger guard upgrade addresses a practical need without compromising the rifle's reliability or safety features. The quality construction and finish ensure long-term performance in demanding environments where standard components may limit operational effectiveness.