Radian Weapons - AFTERBURNER + RAMJET for Glock G47/G49/G17 GEN5

The AFTERBURNER compensator significantly reduces recoil by redirecting gases upward and outward. This redirection of gases helps to counteract the upward movement of the muzzle during firing, resulting in faster follow-up shots and improved accuracy. The compensator's design is optimized for the Glock G47/G49/G17 GEN5, ensuring a seamless fit and enhanced performance without adding excessive bulk to the handgun.

The INTRA-LOK mounting system employs a tapered locking screw that interfaces with an angled V-groove on the underside of the barrel. This design allows the compensator to be perfectly timed and securely locked onto the upper barrel profile. The benefit of this system is its simplicity and repeatability, making installation and removal straightforward and consistent. This is particularly advantageous for users who frequently clean their firearms or switch between different configurations.

The AFTERBURNER is crafted from hardened stainless steel, while the RAMJET is made from hardened 416R stainless steel. These materials are chosen for their durability and resistance to wear and corrosion. The Radianite coating applied to both components further enhances these properties by providing low friction and high hardness. This ensures that the parts can withstand the stresses of repeated firing and exposure to harsh environments without degrading in performance.

The threadless barrel design of the RAMJET allows for easy installation and removal, simplifying cleaning and maintenance. Without the need for threaded connections, users can quickly disassemble the barrel from the slide, making routine cleaning more efficient. This design also eliminates the potential for thread wear, which can occur over time with traditional threaded barrels, ensuring long-term reliability and ease of use.

While the AFTERBURNER + RAMJET combo is legal for sale in all 50 states, certain municipalities or counties may have restrictions on its use. Additionally, some states may impose specific regulations under certain circumstances. It is crucial for users to review their state and local laws before installation to ensure compliance. This due diligence helps avoid legal complications and ensures responsible ownership and use of firearm accessories.

The Radianite coating applied to the AFTERBURNER and RAMJET provides low friction and high corrosion resistance. This coating reduces the wear from muzzle blast and environmental exposure, ensuring that the components maintain their integrity and performance over time. The high hardness of the coating also contributes to the longevity of the parts, making them suitable for extensive use in various shooting conditions.

The AFTERBURNER + RAMJET is specifically designed to fit Glock G47, G49, and G17 GEN5 models. This ensures a precise fit and optimal performance with these specific models. Users should verify their Glock model compatibility before purchase to ensure proper installation and functionality. The design considerations for these models take into account the unique dimensions and specifications of the GEN5 series.

The angled front face of the AFTERBURNER is designed to aid in smooth holstering by guiding the firearm into the holster. This feature reduces the likelihood of snagging and ensures a quicker and more reliable draw. For concealed carry users, this design element enhances the overall practicality and usability of the compensator, allowing for efficient and safe handling of the firearm.

The AFTERBURNER + RAMJET combo offers significant benefits for concealed carry by providing recoil reduction and match-grade accuracy in a compact package. The combination of these features allows for more controlled and accurate shooting, which is crucial in self-defense scenarios. Additionally, the compact design ensures that the firearm remains easy to conceal, maintaining the balance between performance and discretion.

The combination of the AFTERBURNER compensator and RAMJET barrel is engineered to deliver match-grade accuracy. This is achieved through the precise machining and design of both components, which optimize the firearm's performance by reducing recoil and improving shot consistency. The enhanced accuracy is particularly beneficial for competitive shooting and defensive applications where precision is paramount.