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**PAHT-CF 50mm Honeycomb Kill Flash** A lightweight and durable **3D-printed kill flash made from PAHT-CF carbon-fiber reinforced nylon**. Measuring **50mm in length**, it features a **4mm honeycomb protector positioned in the center of the cylinder**, providing a clean tactical appearance while helping protect the optic's front lens.
PAHT-CF 50mm Honeycomb Kill Flash
Protect and customize your optic with this 3D-printed honeycomb kill flash, manufactured from PAHT-CF (carbon-fiber reinforced nylon) for a lightweight yet rigid construction.
Measuring 50mm in overall length, the design features a distinctive 4mm-wide honeycomb protector positioned in the middle of the cylindrical body. This centered honeycomb section provides a functional protective barrier while maintaining an open design for viewing through the optic.
The PAHT-CF construction provides excellent stiffness and durability while keeping the accessory lightweight, making it well suited for airsoft and outdoor applications.
Features
- 3D printed using PAHT-CF
- Carbon-fiber reinforced nylon construction
- 50mm overall length
- 4mm honeycomb protector
- Honeycomb section positioned in the center of the cylinder
- Lightweight and rigid design
- Helps protect the front of compatible optics
- Helps reduce visible reflections from the front lens
- Distinctive tactical honeycomb appearance
- Suitable for airsoft and recreational applications
Specifications
Material: PAHT-CF / Carbon-Fiber Reinforced Nylon
Length: 50mm
Honeycomb Width: 4mm
Design: Cylindrical Honeycomb Kill Flash
Manufacturing: 3D Printed
Application: Compatible airsoft optics / scopes
Installation
Designed to mount over compatible optics or optic adapters. Make sure the kill flash is properly aligned and securely mounted before use. Check the dimensions and mounting requirements of your optic before ordering.
Note: This product is intended for compatible airsoft applications. Optic, scope, and mounting hardware shown in product photos are for illustration only unless specifically stated. Due to the 3D-printing process, minor variations in surface finish and dimensions may occur.