M80 Zolja

M80 Zolja
The M80 Zolja in collapsed position
Type	Anti-tank rocket launcher
Place of origin	SFR Yugoslavia
Production history
Designer	Military Technical Institute Belgrade
Designed	1980
Manufacturer	Sloboda Čačak
Specifications
Weight	3 kg
Length	800 mm
Barrel length	1,200 mm
Caliber	64 mm
Muzzle velocity	190 m/s
Effective firing range	220 m

The M80 Zolja is a portable one-shot disposable 64 mm unguided anti-tank weapon, designed in the former Yugoslavia. The M80 Zolja is still produced in Serbia and in the Republic of Macedonia.

Made of fibre-reinforced plastics, the M80 Zolja is designed to be used by an individual against armoured fighting vehicles or fortifications.

The M80 Zolja is a single-use recoilless weapon which is characterized by its simple operation and lightweight characteristics. The launcher and the container are incorporated into a single unit. The M80 Zolja is similar to the American M72 LAW in both appearance and performance.

The M80 Zolja launcher is telescoping which is intended for easier transportation. The launchers consists of a forward and rear tube made of fibre-reinforced plastic, a firing mechanism, front and rear aiming sights, a carry handle, front and rear caps to keep debris out and a sling.

The 64mm anti-tank missile is located in the rear of the launcher. The missile consists of an explosive warhead, stabilizer wings and a solid fuel rocket.

The M80's warhead has the potential to penetrate 300 mm of solid steel at a 90-degree angle. The warhead may be fitted with an impact and piezoelectric blasting mechanism. A self-destruct mechanism is also integrated into the rocket which ensures that the rockets self-destruct if the target is not hit within 4 to 6 seconds of flight. The rocket propellant is only fired while in the tube, which propels the rocket to a speed of 190 m/s. This speed ensures that the rocket reaches its 240 m range at a 2.5 meter target.

The launcher is held in both hands. The operator opens the covers on both ends of the launcher, grasping the forward tube piece firmly with his left hand the operator pulls the back tube outwards with a sharp, hard pull. If the launcher has been successfully cocked, the back piece will not slide in. The operator assumes a correct firing position, keeping in mind the backblast zone of the launcher, takes aim through the flip up sights and squeezes the trigger to fire the rocket. Afterwards the empty tube is disposed of.