TriggerTech - AR Safety Selector - Black

The TriggerTech AR Safety Selector is designed to streamline maintenance by allowing installation and removal without removing the grip after the initial setup. This is made possible through its patented design that incorporates a tumbler and a ball-tipped detent pin. This feature is particularly beneficial for users who frequently change triggers or perform regular maintenance, as it reduces the time and effort required to access the safety mechanism.

The TriggerTech AR Safety Selector is constructed using high-quality materials to ensure durability and performance. The tumbler is made from 440C stainless steel with a DLC coating, while the levers are crafted from 17-4 stainless steel with a PVD coating. These materials are chosen for their strength and resistance to wear, making the safety selector suitable for rigorous use in various shooting conditions.

The silicon nitride ball-tipped detent pin in the TriggerTech AR Safety Selector provides a smooth and reliable transition between safe and fire modes. Silicon nitride is known for its low friction and high durability, which minimizes wear and tear over time. This ensures consistent performance in both competitive and tactical scenarios, where reliable safety operation is crucial.

Yes, the TriggerTech AR Safety Selector can be configured for either a 45° or 90° throw. This flexibility allows shooters to customize their firearm's safety operation to suit their personal preference or specific shooting requirements. A 45° throw offers quicker engagement, which can be advantageous in competitive shooting, while a 90° throw provides a more traditional feel.

The TriggerTech AR Safety Selector is designed to be ambidextrous, accommodating both left and right-handed shooters. It includes interchangeable short and long levers, allowing users to configure the safety for optimal comfort and accessibility. Additionally, a cap is provided for those who prefer a single-side lever installation, enhancing the selector's versatility.

The DLC (Diamond-Like Carbon) and PVD (Physical Vapor Deposition) coatings on the TriggerTech AR Safety Selector enhance its durability and performance. DLC coating on the tumbler provides excellent wear resistance and reduces friction, while the PVD coating on the levers offers a hard, corrosion-resistant surface. These coatings ensure the safety selector remains functional and aesthetically pleasing even after extended use in harsh environments.

The TriggerTech AR Safety Selector is an essential component for competitive shooters looking to optimize their firearm's functionality. Its smooth operation, customizable throw angles, and ambidextrous design allow for quick and reliable safety engagement. These features can significantly enhance a shooter's performance by reducing transition times and providing a consistent feel during rapid-fire sequences.

The TriggerTech AR Safety Selector's robust construction and smooth operation make it well-suited for tactical use. Its durable materials and coatings ensure reliability in demanding conditions, while the ambidextrous design and configurable throw angles provide flexibility in various tactical scenarios. This adaptability is crucial for operators who require dependable equipment in high-stress environments.

The interchangeable lever design of the TriggerTech AR Safety Selector allows users to customize their firearm's safety setup. By providing both short and long levers, users can select the configuration that best suits their hand size and shooting style. This customization enhances comfort and accessibility, allowing for a more intuitive and efficient operation of the safety mechanism.

When installing the TriggerTech AR Safety Selector, it's important to ensure that the initial setup is done correctly to take advantage of its maintenance-friendly design. Proper alignment of the tumbler and detent pin is crucial for smooth operation. Additionally, users should decide on their preferred throw angle and lever configuration before installation. Taking these steps will ensure optimal performance and ease of maintenance in the long run.