The EGL-47 (Eagle 47) is an under gun mounted paint marker system presenting the visual impact of a current issue US Military M203 Grenade Launcher. The EGL-47 grenade launcher device is a 47mm, smoothbore, breech loading, gas/CO2 operated, manually fed, training aid device. The device shall be an "Under Slung" beneath paint ball marker systems/simulator. The EGL-47 device propels a 3-5 oz. fragmentation marker providing a 20+ foot diameter down range effected fragmented area, while employing a maximum operating pressure of 250psi.
Reloading the launcher is completed without dismounting the system from the primary marker system and is completed through the use of a forward sliding breach breakaway barrel assembly.
The EGL-47 is constructed of all steel & aluminum and consists of a cannon barrel assembly, expansion chamber and gas system assembly, mounting assembly, and air supply regulation system assembly.
All surfaces are anodize, oxide, or powder coated as per component requirements.
The mounting assembly is specific to the host weapon and shall be of universal design to fit all Tippmann Pneumatics paint ball marker systems which are interchangeable to meet the requirements of operational task objectives.
(Note: An adapter kit containing a remote CO2 supply and stock M-16/M-4 mounts is available to be use in combination with service rifles utilizing standard MILS gear).
Ammunition for the EGL-47 model grenade launcher system consists of liquid marking paint, crowd controlling agents, or other liquid fills as per specifications of operational task objectives. Liquids are contained in a thin walled rubber bladder encased in a cardboard breakaway shell casing, or an injection molded Styrene plastic shell casing/projectile. Rounds are impact detonated causing casualties through simulated fragmentation effects.





Standard ammunition fills include:
Color Marking (Fragmentation Simulation)
Odor (Gas/Chem/Bio Simulation)







For additional "EGL-47" device specifications please visit the specs area of our site using the link provided below.