Armaspec Sft45/90 Degree Short - Full Throw Ambi Safty Blue

The Armaspec SFT 45/90 Degree Short Full Throw Ambi Safety in blue is a precision-engineered ambidextrous safety selector designed for AR-10 and AR-15 platform rifles. This component addresses a critical need for shooters who demand consistent, reliable manual safety operation from either side of the receiver—whether you're left-handed, transitioning between shoulders, or operating in dynamic tactical scenarios. The short throw geometry minimizes the angular distance required to transition between fire and safe positions, reducing fumbling and enabling faster engagement control.

The 45/90-degree short throw design provides a decisive tactile and audible click at both safe and fire positions, confirming positive engagement without excessive lever movement. By offering both 45-degree and 90-degree throw options in one selector, this Armaspec safety accommodates shooter preference and platform configuration—shorter throws suit rapid-response builds, while longer throws appeal to precision shooters prioritizing deliberate control. The ambidextrous lever geometry ensures both levers operate with identical spring tension and detent feel, maintaining firearm handling consistency across either hand. The vibrant blue finish provides high visibility during inspection and maintenance while resisting corrosion on the operating lever.

This safety selector benefits competitive shooters, law enforcement, military personnel, and civilian operators who train ambidextrously or require equipment compatible with multiple grip styles and shooting positions. Installation is straightforward on both AR-10 and AR-15 uppers using standard receiver safety levers, requiring only a roll pin punch and basic armorer tools. The compact 4.4 x 0.9 x 5.75-inch footprint ensures zero profile interference with optics, charging handles, or modern furniture. For anyone upgrading their AR platform with a true ambi control requiring minimal throw distance, the Armaspec SFT delivers reliability and functional advantage.