A1Armory AR-15 Anodized Red Anti-Rotation Trigger/Hammer Pin Set

Title: A1Armory AR-15 Anodized Red Anti-Rotation Trigger/Hammer Pin Set - Enhance Stability and Security for Your Firearm

Description:

Upgrade your AR-15 with the A1Armory AR-15 Anodized Red Anti-Rotation Trigger/Hammer Pin Set, designed to provide enhanced stability and security to your firearm. Crafted in the USA, this Mil-Spec set ensures top-notch quality and performance for your AR-15 platform.

The Anti-Rotation Locking Cam Pins included in this set are engineered to prevent the trigger and hammer pins from walking out during usage. The added thread locking patch further ensures that your pins remain safe and secure, limiting any shifting or movement of essential firearm parts. This set is a reliable solution to the common issue of pins attempting to walk out over time and use.

The A1Armory AR-15 Anodized Red Anti-Rotation Trigger/Hammer Pin Set boasts a vibrant anodized red finish, adding a touch of style to your firearm. Constructed from T6 6061 Aluminum, these pins are not only durable but also lightweight, contributing to the overall efficiency and performance of your AR-15.

For easy installation and maintenance, an Allen Key is included in the set, ensuring a hassle-free process. The set replaces your existing trigger and hammer pins, providing a seamless fit for optimal functionality.

Included in the package are:

1. Anti-Walk Pin (2)
2. Screws (4)
3. Wrench (2)

Upgrade your AR-15 with the A1Armory AR-15 Anodized Red Anti-Rotation Trigger/Hammer Pin Set and experience improved stability, security, and an eye-catching aesthetic for your firearm.

Features:

1. US Made for top-notch quality assurance.
2. Anti-Rotation Locking Cam Pins prevent pins from walking out during use.
3. Allen Key Included for easy installation and maintenance.
4. Striking Anodized Red Finish adds a touch of style to your firearm.
5. T6 6061 Aluminum construction for durability and lightweight performance.
6. Replaces Trigger/Hammer Pins seamlessly for optimal functionality.