Timber Creek Ambidextrous Safety Selector 45/90 AR-15 FDE Aluminum

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Description

The Timber Creek Outdoor AMBISSFDE Safety Selector transforms standard AR platform controls with true ambidextrous operation and dual throw angles. This precision-machined aluminum selector accommodates both 45-degree and 90-degree throw preferences in a single unit.

What Makes This Different

Unlike basic mil-spec selectors that require separate left-hand components, this integrated design provides full ambidextrous control from a single installation. The dual-angle capability eliminates the need to choose between traditional 90-degree throws and competition-favored 45-degree throws. CNC-machined from 6061-T6 aluminum with Type III hard anodizing, it exceeds standard polymer selector durability by significant margins.

Key Features

True ambidextrous operation with levers on both sides of receiver
Dual 45-degree and 90-degree throw angles in single unit
6061-T6 aluminum construction with Type III hard anodizing
Flat Dark Earth finish matches popular rifle color schemes
Direct drop-in replacement for mil-spec AR-15/AR-10 platforms
Positive detent engagement prevents accidental activation
Low-profile design clears most trigger guards and accessories

Competition shooters benefit from the shorter 45-degree throw for faster transitions, while tactical applications can utilize the full 90-degree throw for positive safe/fire confirmation. The hard-anodized finish resists wear from repeated manipulation and maintains function in adverse conditions. Installation requires no permanent modifications to the lower receiver.

Technical Specs

Material: 6061-T6 aluminum with Type III hard anodizing
Finish: Flat Dark Earth (FDE)
Throw angles: 45-degree and 90-degree selectable
Compatibility: AR-15 and AR-10 platforms (mil-spec)
Installation: Drop-in replacement, no gunsmithing required
Weight: Approximately 0.8 oz
Country of origin: United States

This selector addresses the limitations of standard controls while maintaining reliability standards required for serious applications. The combination of ambidextrous operation and dual throw angles eliminates compromise between user preference and platform consistency.