Combat Application Technologies (CAT) ALLEYCAT 7.62x39MM/300BO INCONEL 718
CAT Alleycat 718 Suppressor! This 7.62mm suppressor utilizes SURGE BYPASS technology and Laser Powder Bed Fusion (LPBF) to create precise internal structures. The result is reduced size and weight, improved gas flow management, reduced sound signatures across multiple frequencies, excellent pressure wave control, and increased durability. The customization of the Alleycat 718 Inconel QD makes it suitable for a range of shooting scenarios, including close-quarters combat (CQB) all the way to precision long-rifle shooting with various ammunition loads.
 
Surge Bypass
Surge Bypass technologies allow an unparalleled advantage to regulate both supersonic and subsonic calibers, while maintaining a high rate of forward pressure, and the ability to sustain significant bore line erosion or damage without a loss in performance capability.
At the heart of Surge Bypass functionality is the strategic placement of pressure vessels and velocity fins, with these components working to manage the high-pressure gases produced by supersonic rounds and the lower-pressure gases of subsonic rounds. The pressure vessels act as temporary containment areas, designed for specific caliber pressures, allowing the suppressor to control the release of gases and reduce overall noise and blast signature. Meanwhile, the velocity fins help stabilize the projectile and manage shock waves that are produced by the speed of a round. The integration of these pressure vessels and velocity fins at various timed positions within the suppressor, allow the specific caliber design to adapt seamlessly, managing the differing pressures and velocities associated with these two types of ammunition.
 
C.A.T Suppressor Design
C.A.T has incorporated a machine learning algorithm fondly referred to as ‘SkyNET’ to optimize suppressor design for specific calibers via Controlled Acoustic Technology. Here’s how we do it:
Data Collection:
Engineers gather extensive data on various ammunition types, including pressure profiles, velocity, and acoustic signatures. This data forms the foundation for SkyNET’s machine learning models.
Algorithm Development:
Using this data, SkyNET analyzes and predicts the optimal suppressor design for each caliber. These algorithms consider multiple variables, including material properties, pressure chamber configuration, and overall form factor.
Optimization Process:
SkyNET simulates countless firing scenarios, testing different suppressor designs to determine the most effective configurations. This iterative process ensures that the final suppressor design offers maximum noise reduction, durability, and performance for the specific caliber.
Form Factor Maximization:
One of the key benefits of using SkyNET is the ability to maximize the form factor. C.A.T can design suppressors that are not only highly effective but also compact and lightweight, tailored to the specific needs of each caliber.
This optimization leads to suppressors that provide excellent performance without adding unnecessary bulk or weight to the firearm, enhancing the user experience and operational efficiency.
 
ALLEYCAT represents a dedicated suppressor range designed for law enforcement, government, and military departments. ALLEYCAT models are developed by C.A.T’s own team, composed of current and former Special Mission Unit personnel, who bring decades of tactical and operational expertise. ALLEYCAT models emphasize reliability, low breach fume, reduced sound signature, minimal blast propagation, enhanced durability and unmatched form factor output to meet the rigorous demands of high risk tactical operations. With end-user focused design, ALLEYCAT is tailored to support the critical missions of specialized units across various branches of service.