CRC 3SF003-MIL | AK | Hypnozhaba Suppressor-Flash Hider, M24×1.5 Thread
CRC 3SF003-MIL Hypnozhaba is a sound suppressor-flash hider designed for M24×1.5 thread, 5.45×39 caliber. The new generation of larger 3D-printed muzzle devices from KPYK is now available for the AK-74 and AKS-74U, offering a new level of sound and flash suppression without turning your firearm into a smoke machine due to excessive back pressure.
Does not increase fouling of the firearm's operating mechanisms. Provides improved flash and sound suppression compared to the compact CRC 3SF002-MIL Minizhaba for 5.45 mm AK-pattern firearms.
The new Hypnozhaba for the AK-74 is compatible with:
- AK-74, AKS-74
- AKS-74U
- AK-74M
- Civilian carbines based on these platforms (Vulkan-TK and others)
This product is available for testing — details at the link.
The device is based on KPYK's proprietary gas-relieved suppressor design, which diverts propellant gases into an external expansion circuit for flash suppression and sound dispersion. Thanks to metal 3D-printing technology, the required performance characteristics are achieved through geometries and internal structures that cannot be produced using conventional manufacturing methods.
Compatible with fully automatic fire.
Compatible with night vision devices.
Inconel 718 offers high durability under elevated temperatures, which is why it is used in many applications exposed to sustained high temperatures, including rocket engines. The combination of the material and the device's design enables rapid heat transfer, allowing the device to cool quickly.
Technical specifications:
- Length: 138 mm
- Outer diameter: 42 mm
- Weight: 355 g
- Caliber: 5.45 mm
- Thread: M24×1.5
Manufacturing method: metal 3D printing using point-laser argon welding, allowing the unique geometry of the device to be reproduced.
Material: Inconel 718 — a heat-resistant nickel-chromium superalloy with a working temperature of up to 700°C.
Finish: Cerakote C-Series high-temperature ceramic coating, rated for temperatures up to 650°C.
















































