Has Own Video Modern Iranian Armor

Karrar Main Battle Tank

Islamic Republic of Iran (2016-Present)
Main Battle Tank – 800 To Be Built

The Karrar (English: Striker) is Iran’s latest Main Battle Tank (MBT). It is one of the first produced entirely by Iran and was first unveiled in 2016 and officially entered active service in 2020. It is produced on the basis of the Soviet T-72 and its external shape is inspired by the most modern Russian T-90 export version, the T-90MS ‘Tagil’. In spite of this, Iran denies any Russian involvement in the vehicle’s development.

The Karrar is a cheap modernization for Iran’s obsolete T-72 fleet meant to keep them competitive with small modifications to the production line.

The Karrar MBT of the Islamic Republic of Iran. Source:

Context – The T-72 and Iran

During the Iran-Iraq War (1980 to 1988) Iran was able to capture, according to some estimates, up to a hundred Iraqi T-72 Ural tanks. These were superior to the Soviet, Chinese, and North Korean MBTs in service with Iran.

In the years following the war, Iran bought 200 second-hand T-72M and T-72M1 tanks from Belarus which, after the collapse of the Soviet Union, could no longer afford to keep them in service.

In the mid-1990s, licensed production of the T-72S began in Iran at the Bani Hashim Defense Industrial Complex. Iran currently has an estimated number of around 565 T-72s in service.

A T-72S of the Iranian Army being carried during a parade in Tehran, the capital of the nation. Source:

Selling armament to some factions in the Syrian Civil War and also being involved in the war against the Islamic State in Iraq, Iran could see that the early production models of the T-72 which were in service were no longer able to counter present-day threats. Thus, Iran decided to purchase more modern tanks.

In December 2015, the commander of Iran’s ground forces, Brigadier General Ahmad Reza Pourdastan, announced that Iran was interested in purchasing T-90s from Russia. This was meant to equip Iran in a manner adapted to a more modern warfare environment, in anticipation of the end of UN sanctions.

Two months later, Pourdastan himself backtracked, stating that Iran was no longer interested in buying Russian tanks because it was able to produce an MBT of equal capabilities. The Iranian Army began development of a new vehicle based on the T-72 but with more advanced systems.

The Karrar Prototype

The Karrar, designed by the Organization of Defense Industries of the Islamic Republic of Iran, was first unveiled in August 2016. On March 12th, 2017, it was announced by Iranian Defense Minister, Brigadier General Hossein Dehghan, that an assembly line for the Karrar would soon be built at the Bani Hashim Defense Industrial Complex. There, production of 800 new tanks would begin in 2018.

Frontal arc of the Karrar prototype. Source: Iribnews

The prototype was presented to the public in Teheran and had a distinctive two-tone black and light gray camouflage and a sheet-metal armor sleeve to protect the gun barrel.

The Karrar prototype, rearview. Source: Iranian Central TV

Apart from these features, the Karrar prototype differed from the regular Karrar in the arrangement of Explosive Reactive Armor (ERA) bricks on the turret, the arrangement of the smoke launchers, and the different remote controlled station on the turret.

The smoke launcher arrangement and remote controlled station of the Karrar prototype. Source: Iranian Central TV

Design of the Tank


The Karrar has a hexagonal welded turret, with the tank commander on the right side, with a cupola, and the gunner on the left side, with a hatch.

The commander’s cupola has eight periscopes for a 360° view and an independent stabilized periscope connected to the anti-aircraft gun. The periscopes have a day/night infrared camera, giving the commander the possibility to survey the battlefield in any lighting and weather conditions.

The gunner has a frontal optic with day and night cameras on the left side of the turret and a smaller auxiliary optic in front of his hatch. The gunner’s sight has two small doors that can be closed to protect it from bullets, dust, and splinters.

The gunner’s sight, with day and night cameras. On its right is the auxiliary gunner’s sight, and behind that, the commander’s independent periscope with day, night, and infrared cameras is visible. Source: iranian_militarism

The gunner’s hatch has a small round door that can be opened, as on the Russian T-90s, for more ventilation in desert operations or to mount a snorkel kit. This suggests that the Karrar also has the ability to mount a snorkel kit to cross some bodies of water.

Top view of the Karrar turret. The anti-aircraft machine gun mount, commander’s cupola to the right, the hatch used to eject spent casings, gunner’s hatch, and the smaller hatch on for the snorkel kit are visible. Source: iranian_militarism

The gunner’s sight also has a searchlight on the right side that can be used during night operations.

The commander’s periscope and the gunner’s sight are connected to the tank’s Fire Control System (FCS), which, together with other subsystems, such as a turret-mounted anemometer and a laser rangefinder (mounted on top of the gun), calculates the firing calculation needed to hit a target with maximum accuracy, whether stationary or moving, during day or night.

Part of the Karrar Fire Control System seen during an Iranian TV program. Source: Iranian Central TV
Another view of the Fire Control System of the Karrar. Source:

A Russian source claims that some elements of the FCS were developed based on Western technology mounted on tanks inherited after the Iranian Revolution, such as the Chieftain Mark 3P and 5P (P for Persian) and M60A1 Patton. For obvious reasons of secrecy and due to the impossibility of gathering objective information about the Karrar, this statement cannot be confirmed.

A Karrar turret and a welded T-90 turret. The similarities are clear. Sources:

The silhouette of the turret is very reminiscent of the Russian T-90MS even if, as already mentioned, Iran has always denied the involvement of the Russian Federation in the development of the Karrar.

The Karrar’s Battle Management System for the commander. Source:

On the right side of the turret, the commander has the Battle Management System, composed of a display with a GPS map with the position of the tank, of allied troops, and enemy positions. This is used to monitor the battlefield. The communication system is based on an unknown model of radio produced in Iran.

The Communication System of the Karrar. Source:
The smoke launcher on the right side of the turret, near the commander’s cupola. Source: iranian_militarism

The MBT is equipped with twelve smoke launchers of unknown model and caliber with six on each side . The grenade launchers are connected to a Laser Warning Receiver that spots laser beams that are pointed at the vehicle through four turret-mounted detectors offering 360° monitoring. If a laser-guided ATGM or the laser rangefinder of a tank aims their laser beams at the Karrar, the Laser Warning Receiver will automatically fire a salvo of smoke grenades to conceal the vehicle.

One of the four Karrar Laser Warning Receiver detectors. Source: iranian_militarism

The front and the sides of the turret are equipped with reactive armor, while the back is protected by slat-armor to provide protection against RPGs.

On the back of the Karrar’s turret, there is a bustle divided into several compartments. Most likely, one is used for ammunition stowage to refill the automatic loader. This bustle is equipped with blow-out panels. In case the ammunition compartment is hit, instead of triggering a chain reaction that would destroy the tank, these panels vent the power of the explosion upwards, outside the tank, saving the crew.

A photo of the Karrar’s turret roof. Apart from the ERA bricks, the gunner’s sight, the auxiliary gunner’s sight behind it, and the gunner’s hatch are visible on the right of the image. The commander’s cupola is on the left, in front of the independent periscope. At the rear are the blow-up panels below which the spare rounds for the autoloader are stored. Source:


The hull is divided into three compartments: the engine compartment at the back, the automatic loader carousel and turret basket in the middle, and the driver’s compartment at the front.

Above the driver there is a hatch, and in front a periscope. Two cameras are connected to a display, probably with day/night capabilities. One is at the front and one at the rear for a clear view of the situation around the tank. Two LED headlights are used for night driving.

Vehicle and performance data, such as speed, fuel consumption, range, engine rpm, etc. are projected on a display for monitoring. The display also projects a GPS map of where the Karrar is operating, allowing the driver to choose the best way to reach a destination.

Two images of the driver’s display, which, in addition to data about the vehicle, also projects a real-time GPS map. Sources:

In order, the front camera, the driver’s display, and the rear camera. Sources: & iranian_militarism

Externally, the hull of the Karrar is very reminiscent of an updated T-72 or a T-90, with which it shares most of the mechanical components. As the Bani Hashim Defense Industrial Complex was already producing the T-72S under license, the Iranians have only modified the assembly line for the turret, keeping the production line of the hulls with few changes.

T-72 hulls at the Bani Hashim Defense Industrial Complex being modified into Karrar tanks. Source: Iranian Central TV


The armor is composed, according to official Iranian information, of composite materials. This information is confirmed by photographic sources that appeared on social media, depicting the turret of the Karrar under construction. The space left free for composite materials between two layers of ballistic steel in the frontal arc is well visible in these.

In addition to the composite armor, Explosive Reactive Armor bricks are mounted on the front and sides of the hull and turret.

The new ERA bricks mounted on the Karrar. Source: iranian_militarism

These ERA bricks are not the same ones mounted on previous models of Iranian MBTs, which were copies of the Soviet ERA Kontakt-5. They are claimed to be a new version of Explosive Reactive Armor which is more modern, lighter and more effective. Some analysts identify these as a copy of the Russian 3rd Generation Relikt ERA.

According to Iranian General Massoud Zavarei, who is in charge of the Army Ground Force Organization that works on military research and self-sufficiency of the Iranian military industry, this armor is entirely produced in Iran and has been developed without the help of other nations.

Not much can be said certainly about the effective thickness of the armor. If the materials of the composite armor and of the Explosive Reactive Armor are somewhat comparable to those of the Russian T-90 equipped with a welded turret, the Karrar would have a protection of up to 1,150-1,350 mm on the front of the turret and up to 800-830 mm on the front of the hull against High-Explosive Anti-Tank (HEAT) projectiles. This theoretical thickness also changes according to the type of projectile, reaching a maximum of 950 mm on the turret and 750 mm on the hull against Armor Piercing Discarding Sabot Fin Stabilized (APDSFS) projectiles.

The rear sides of the turret, behind the rows of ERA bricks, have spaced and slat-armor, while the sides of the hull are protected by skirts equipped with Explosive Reactive Armor and polymer tiles that protect the wheels. The rear of the hull also has slat-armor, like the turret.

The rear of the vehicle is not protected by any kind of additional armor, but has supports for spare tracks, towing cables and external fuel drums.

The slat armor on the rear sides of the turret. Source: iranian_militarism

The roof of the turret is covered with Explosive Reactive Armor bricks to protect the vehicle from high trajectory missiles, such as Javelins.

Engine and Suspension

Like the hull, the suspension seems to be unchanged from that of the T-72, with 6 road wheels per side connected to torsion bars, a rear sprocket, and a front idler wheel.

The tracks are an interesting object of discussion. On the prototype, the tracks were of the double pin rubber padded type, like those mounted on western MBTs, such as the M1 Abrams or Leopard 2. It seems that, on the production models, the tracks are single-pin tracks with rubber-bushed pins, like on the previous T-72 Soviet tanks.

The use of ‘Western style’ tracks is not out of the ordinary. The Russian Federation, the People’s Republic of China, and the Democratic People’s Republic of Korea, the three largest non-western MBT producing nations in recent years, have also started to use double pin rubber padded type tracks on their T-14 Armata, Type 99, and M-2020 tanks respectively.

On the left side, the double pin rubber padded type track of the first Karrar. On the right side, single-pin tracks with rubber-bushed pins on the production Karrar, as on the previous T-72. Sources: Iranian Central TV and

It is possible that the decision to use the old tracks is due to an attempt to reduce costs, along with the removal of the metal cover from the cannon. It may also have been implemented because the production line of the new tracks has not kept up with production and, in order to speed up the entry into service, it was preferred to keep the old tracks for now.

Not much information has been released about the engine, with Iranian sources claiming that it is a diesel engine delivering 1,200 hp.

During a visit to the factory where the Karrars are produced by Iranian Amy officials, a datasheet placed on a Karrar stated that the tank’s engine delivers 1,000 hp.

This has created some doubts for analysts. 1,000 hp is not completely adequate for a vehicle like the Karrar, which weighs 51 tonnes. For comparison, the Russian T-90MS ‘Tagil’, which weighs 48 tonnes, has a V-92S2F2 engine that delivers a maximum of 1,130 hp.

Iranian officers visiting the Bani Hashim Defense Industrial Complex, passing by an unfinished Karrar. Note the plate on the hull that states 1,000 hp. Source:

According to some analysts, if the engine delivers 1,200 hp, it could be one supplied by Russia or produced under license. This hypothesis is supported by the fact that the engine used on the T-72S, already produced in Iran, has an 840 hp output. There are currently no reports of the production of a diesel engine with such characteristics and power in Iran.

Recently, it is claimed that a 1,300 hp diesel engine has entered production in Iran. Such an engine could, in the future, be used on the Karrar, increasing the available power and therefore the maximum speed of the tank.

According to Iranian sources, the Karrar’s top speed on the road “is over 70 km/h”, with a range of about 550 km with the internal tanks. As on the T-72, the fuel tanks hold 1,200 l of fuel, but the installation of two external 200 l drum tanks is possible, which would increase the range by about 20%.

Main Armament

The main armament of the Karrar is a 125 mm smoothbore cannon derived from the Soviet 2A46M L.48. This weighs about 2.5 tonnes and is capable of firing any type of projectile developed for the Soviet 125 mm cannon.

The prototype of the Karrar was equipped with a sheet-metal armor sleeve that does not seem to have a real utility other than purely aesthetic. It has been eliminated on the serial production vehicles.

The maximum elevation of the cannon is +14°, while the depression is -6°.

Workers positioning a 2A46M gun in a Karrar turret. Source: Iranian Central TV

The gun has a fume extractor as on the Russian version. It is not known if the gun can be replaced, as the Russian gun, in less than an hour.

Unfortunately, there is no information about the automatic loader. It can be assumed that it is a derivative of the one used by the T-72. The difference between the Karrar and the T-72 is that, for the Iranian tank, the ammunition that cannot be stowed inside the carousel is stowed in the rear turret bustle and not in the crew compartment, thus eliminating a threat for the well-being of the crew.

Secondary Armament

The secondary armament consists of two machine guns, a MGD 12.7, the Iranian copy of the Soviet DShKM 12.7 x 108 mm heavy machine gun, in an anti-aircraft position in a remote-controlled turret, mounted together with the commander’s independent periscope. It can also be used at night thanks to the night and thermal cameras. In the production model, the machine gun is completely covered by a sheet-metal armor sleeve.

A shot of the turret roof of the Karrar. The sheet-metal armor sleeve of the machine gun is clearly visible. Source:

The second machine gun is a coaxially mounted Russian 7.62 x 54 mm R PKT, the standard machine gun of all the Soviet and Russian MBTs. Some sources have speculated that the coaxial machine gun was removed, given the sheet-metal armor sleeve mounted around the gun. However, on production models, the presence of the machine gun hole is clearly visible.

Photo of a Karrar during a military show. The coaxial machine gun hole is visible on the left of the main gun. Source:


The Karrar’s gun is capable of firing all Soviet 125 mm ammunition developed over the past decades and manufactured under license in Iran. High-Explosive Fragmentation Fin-Stabilized (HE-Frag-FS) munitions have a maximum range of 9,200 meters, while APDSFS shells are effective up to about 2,000 meters.

There is no information on what ammunition Iran produces under license. However, it can be assumed that, like other nations using the 125 mm gun, Iran employs, in addition to HE-Frag-FS, many types of APDSFS, many types of HEAT-FS (and Shrapnel-FS ammunition.

Iran has stated that the Karrar can fire, like the T-72 and T-90, a copy of the 9M119 ‘Svir’. This Anti-Tank Guided Weapon (ATGW) is fired by the tank from the gun as a normal munition and is then guided on the target using the laser beam of the laser rangefinder.

The Iranian missile, called ‘Tondar’ (Eng: Thunder), has, according to data released by Iran, a maximum range of 4,000 meters and a penetration of 700 mm steel, which translates into less power than the 9M119. The Russian missile has a range of 5,000 meters and a penetration of 900 mm. It is not clear if the Tondar has a dual HEAT warhead like the Soviet missile.


The first Karrar produced, or a pre-series vehicle, with the metal cover on the gun. Source: Iranian Central TV

After having completed the assembly line and started production, the first Karrar units have been delivered to units by the beginning of 2020, a little bit later than initially stated by the Iranian Ministry of Defence. This was probably due to the Covid-19 pandemic that has also slowed down the Iranian military industry.

There is no data yet on the armored units to which the Karrar has been delivered. It is plausible that it will be delivered to units operating the T-72 to complement them and, when production ends, replace them as front-line tanks.

Iranian officers visiting the Bani Hashim Defense Industrial Complex passing by different levels of finished Karrars. Source:

In order not to waste the T-72s already in service, the Iranian Army has developed a new upgrade of the T-72 which is considered a cheap version of the Karrar. Its name is T-72M Rakhsh.

The T-72M Rakhsh upgrade during a public showing in Tehran. Source:

On 22nd December 2021 during the ‘Payambar-e Azam 17’ (Eng: The Great Prophet 17), one of the biggest military exercises held in southern Iran, a new version of the Karrar MBT was spotted, equipped with a camouflage netting used as multi-spectral camouflage that probably makes the vehicle invisible against thermal infrared radar detection.

The new multi-spectral camouflage coating on a Karrar spotted during ‘Payambar-e Azam 17’ military exercise. Late December 2021. Source:


After witnessing the obsolescence of the early versions of the T-72 in the Middle East conflicts, the Republic of Iran has decided to upgrade its T-72 fleet in an inexpensive way. The Karrar keeps the T-72 hull almost unchanged, but is equipped with a new turret, Fire Control System and armor. It is a simple way to keep the T-72 operatives for a long period of time.

The Karrar Main Battle tank

Karrar MBT specifications

Dimensions (L-W-H) 9.5 x 3.7 x 2.3 m
Total Weight, Battle Ready 51 tonnes
Crew 3 (driver, commander and gunner)
Speed ~70 km/h/h
Range 500 km
Armament 125 mm smoothbore cannon copy of the 2A46M, one coaxial 7.62 mm machine gun and a remotely controlled 12.7 mm
Armor composite with ERA package
Total Production 800 to be produced


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