Russian T-80 Tank With Improvised Anti-Drone Armor Reportedly Appears In Crimea


Regardless, it would seem Russia is almost certainly taking lessons from the conflict in Nagorno-Karabakh, when Azeri forces employed Turkish-made Bayraktar TB2 drones armed with MAM-L precision-guided munitions, and other weapons to great effect against Armenian forces. Weapons like the MAM-L, or even smaller mortars and grenades, are unpowered but can have a devastating effect even on heavy armor, especially when employed in significant numbers. 

Another driver behind the additional self-protection features could be the Israeli-made Harop loitering munitions, also employed in Nagorno-Karabakh. The problem of how to defend ground forces against both loitering munitions and drones launching small munitions is one that is of growing importance right now.

From the Russian perspective, it’s noteworthy that, like the Javelin, both the TB2 drone and the MAM-L munition are both now in service with Ukraine. In addition, Ukrainian forces are making increasing use of simpler, smaller drones, including quadcopters, armed with adapted mortar rounds and other explosive payloads to attack Russian-backed forces in the east of the country.

In addition to the cage-type protection, other Russian tanks have been seen recently fitted with other types of standoff armor, including metal screens applied around their hulls and mounted on the rear of the turrets. These items are broadly reminiscent of the kinds of structures fitted to Soviet tanks to protect against shaped-charge anti-tank weapons in World War II. Similar types of slat armor have also appeared fairly regularly during the ongoing civil conflicts in Libya and Syria, primarily to thwart side-on attacks from high-explosive anti-tank rounds, especially those fired from rocket-propelled grenades (RPGs). This type of armor also became a staple of the war in Iraq. 

As military blogger Petri Mäkelä identifies on his Vantage Point North site, an appearance has also been made by what looks like additional explosive reactive armor, mounted not in the usual box-like segments but instead within small sandbags, in turn, mounted on a lightweight frame around the tank’s skirts. These seem to be used in combination with the aforementioned cages and would provide a further degree of protection against projectiles approaching from the side.

More advanced protection for Russian tanks continues to crop us, as well, including active protection systems such as the Shtora, an electro-optical system that disrupts the laser designator and laser rangefinders that help target ATGMs and other projectiles. According to Mäkelä, a “small amount of the latest T-90M and T-72B3 tanks have active protection systems that may be able to defeat most of the anti-tank missiles and slower-moving HEAT [high-explosive anti-tank] shells.”

Another such active protection system reportedly involves a thermal emitter that can be mounted on a tank snorkel, providing further distance from the tank itself and apparently serving to decoy or confuse an ATGM seeker.

However, while slat armor, ERA, and active protection systems have all been seen before, it’s the turret-top cages that are the most novel. What’s more, the nature of these constructions suggests they have been put together at the unit level, on an extemporized basis, rather than being supplied as a pattern by maintenance units or factories. Some elements have not even been painted. “While crude,” Mäkelä writes, “the system looks reasonably effective.”

This all speaks to a rapid effort to field this additional protection, with an eye on drone attacks in particular. The appearance of these cages doesn’t necessarily signify preparations for an imminent military operation but could well be the result of an urgent directive calling for new solutions to counter what’s clearly a growing and asymmetric menace. If successful, then it’s likely we may start to see more standardized patterns of upper screen or cage armor in the future.

On the other hand, Ukraine’s fielding of the TB2 and other armed drones, as well as Javelin missiles, does change the balance on Russia’s western borders and, if Moscow were to launch an offensive in the region, then we are likely to see cage armor make a more widespread appearance. 

Finally, the proliferation of improvised or enhanced defensive measures on older Russian tanks reflects the slow pace of the country’s armor modernization programs. Most significantly, the new-generation T-14 Armata tank program, which features an unmanned turret, improved passive armor, and active protection systems specifically intended to defeat ATGMs and infantry anti-tank rockets, has been delayed and planned numbers slashed.

As for the situation in and around Ukraine, the U.S. Embassy in Kyiv today issued a security alert relating to “concerning reports of unusual Russian military activity near Ukraine’s borders and in occupied Crimea.” As we have reported previously, there have been growing fears that Moscow might be gearing up to launch a new, large-scale invasion of eastern Ukraine as early as January. 

If that does happen, it’s likely that we would see not only new Ukrainian drones and ATGMs in action but also further modifications of Russian armor to try and offset these threats.

Contact the author: thomas@thedrive.com





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