Zoraki 906 Prototype Experimental Black cal.9 Real Gun - Test gunfire and Traumatica
133Zoraki 906 Prototype black ( the extended 1 cm barrel does not have much influence on the accuracy of the shooting ).
The prototype is not a reliable model anymore, it has its mistakes that affect the overall reliability of the weapon.
Polymer body with metal closure.
Fuse to secure the weapon.
Shooting system like a semi-automatic sharp weapon.
Single Action.
Parameter Description
Pistol type
Caliber 9 mm
Black colour
Number of wounds 6 + 1
Small size
Dimensions 143x105 mm
Weight 450 g
9mm Pistol Pak
Cleaning brush
Tray
Pyrotechnic Attachment
Instruction
Case
The zoraki pistol is based on the 914 model, but the magazine has a smaller capacity and the gas dimensions are smaller.
Zoraki 906 is one of the most popular gas pistols in our market, thanks to its reliability, price and size. The cartridge of this gun is designed for six gas cartridges. The pistol is all-metal construction with plastic grip. 906 are manufactured in several colors, but the surface and material are still the same.
On the side of the gun is a switch that works in the lock, shooting mode. Further on this side we find a locking pin that serves to dismount a gun end. This is a pistol, and therefore, before the first shot, it is necessary to pull the gun end to get the gas charge into the chamber, then the charging is self-acting.
For this model, it is advisable to purchase a spare magazine, which is also a double row, and you can use another fourteen wounds. If you want to carry your pistol with you, we recommend the case. The model is also designed to fire pyrotechnics, which is a part of the package. For pyrotechnics, it is necessary to use starting hubs to ignite these flares.
He is a smaller brother of the Zoraki 914, with a polymer frame and a metal breech. This model is a great competitor for Ekol Agent and others. Very small dimensions, low weight and 9 mm large caliber. High quality design and workmanship like the Zoraki 914. Also suitable for women thanks to their small size.