Description
In tactical, hunting, and competitive shooting environments, the smallest detail can make the difference between success and failure. A glint of sunlight reflecting off your scope’s objective lens can compromise your position, alert game to your presence, or create distracting glare that affects your sight picture.
Killflash devices, also known as anti-reflection devices or ARDs, solve these problems while adding an extra layer of protection to your valuable optics.
Honeycomb-style design allows light transmission for your sight picture while preventing outward reflection that could reveal your position. This same honeycomb pattern also acts as a physical barrier, protecting your lens from debris, branches, rain, and impact damage without significantly affecting your field of view or image clarity.
We had a Trijicon Credo 1 x 10 x 24 take a hit from a simunition round directly in the objective lens of the scope.
Fortunately, the lens did not break but ever since that incident we felt some extra lens protection wouldn’t hurt during force-on-force training. We now provide a killflash cover to each participant going into a training session to protect their lens. LPVO users tend to keep their Kill Flash on the optic at all times and those issued Aimpoint PROs usually leave the killflash on during training and remove it afterward.
Lightweight design attaches via shock cord directly to the optic, remains secure under extended use and harsh conditions, yet can be easily installed and removed for training purposes if permanent use is not desired.
Currently in stock for the Trijicon Credo 1 x 10 x 28 and Aimpoint CompM4 series, PRO, ACO, and 9000 series red dot sights.
Available in black and in stock for select models. Custom builds for scope models not in stock or custom colors (OD Green, Coyote, etc.) are available with delivery within a week. Email chris@cpwsa.com and provide objective diameter of scope. There is no extra charge for custom builds.
For variable magnification scopes, a killflash will cause a slight reduction in light transmission and may create a subtle honeycomb pattern visible at higher magnifications. Quality killflash devices minimize these effects through optimal cell sizing. At lower magnifications and in typical shooting scenarios, the honeycomb is essentially invisible to the shooter while still providing full anti-reflection and protective benefits.
