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Summary: While the T-14 tank’s lighter weight raises questions about its survivability, its advanced thermal sights and powerful 1,500-2,000 horsepower engine might offer significant advantages.

-However, the effectiveness of tanks in combat heavily relies on their armor configuration, countermeasures, and tactical deployment.

-The T-14’s unmanned turret reduces crew risk but may not provide a decisive edge.

-Ukrainian anti-armor tactics, including the use of Javelins and NLAWs, could challenge the T-14’s combat effectiveness despite its technological advancements.

Russian T-14 Armata: Lighter, Faster, but Is It More Survivable?

Russian media reports claim the T-14 is lighter, faster, and more deployable at 55 tons, much lighter than the 70-ton U.S. Abrams, and it is now possible that these two tanks could engage in direct combat in Ukraine. The M1 Abrams is now fighting in Ukraine, while the T-14 is still being held back. Still, a matchup is still possible. 

The T-14 is also reported to be faster than most tanks with speeds up to 55mph, something that enables greater mobility in support of infantry crossing bridges, traveling through urban areas, or more narrow passageways. The question is whether the T-14 is less survivable due to its being lighter weight than an Abrams, something that likely depends upon its armor configuration and countermeasures such as active protection systems.

How would a T-14 perform in combat against an export variant of the US Abrams? Interestingly, the effectiveness of tanks in warfare pertains heavily to the range and resolution of their thermal sights. During the famous tank battles in the Gulf War, the U.S. Abrams was able to see and destroy Iraqi T-72s at ranges where it could not itself be seen, an advantage that enabled the tank to prevail in tank-on-tank battles.

As for the T-14, Russian news reports such as GRU Pycckoe, say the T-14 thermal targeting sights can detect and destroy targets during the daytime out to ranges of 5km and can reach 3.5km at night. While, quite naturally, the range and particular technical capabilities of the U.S. Army’s emerging tank sights are not available for security reasons, upgraded variants of the Abrams have advanced forward-looking infrared sensors and thermal sights likely able to operate at considerable ranges.

Spc. Chengjie Liu (right), fires an AT-4 anti-tank weapon as Sgt. Jacob Saccameno, both infantrymen assigned to Headquarters and Headquarters Troop, 3rd Squadron, 2nd Cavalry Regiment, supervises and assists during an anti-tank and air defense artillery range, April 23, at Adazi Military Base, Latvia. American and Latvian soldiers trained using a variety of weapons, including Javelin anti-tank missiles, Carl Gustav recoilless anti-tank rifles and the RBS-70 Short-range air defense laser guided missile system. Soldiers from five North Atlantic Treaty Organization nations, including Canada, Germany and Lithuania, have been conducting a variety of training together during Summer Shield XIII, an annual two-week long interoperability training event in Latvia. (U.S. Army photo by Sgt. Paige Behringer)

As for its weapons, a report in Popular Mechanics from several years ago says the T-14’s new, now-in-development 3UBK21 Sprinter missile can hit ranges of more than seven miles, according to the report. The Armata’s current round, the 9M119 Refleks, has a range of 3.1 miles (roughly comparable to the current Abrams) and can penetrate up to 900 millimeters of armor, Popular Mechanics writes.A report from hotcars.com, presents a number of interesting technical facts about the Armata, including its 1,500-2,000 horsepower diesel engine.

The article argues that its engine is more powerful than a U.S. Abrams due to its having a better thrust-to-weight ratio, meaning that a 1,500-horsepower Armata engine drives a 55-ton tank, whereas an Abrams 1,500 horsepower turbo gasoline engine powers a heavier tank at 70-tons. The largest advantage of the T-14, however, may be its unmanned turret, which of course greatly reduces risk otherwise associated with having a manned gunner on top of the tank.Unmanned turrets, perhaps using a high degree of automation, robotics, and human controls from the main crew compartment, have been under development in the U.S. for many years, so it is not clear how much of an advantage that might be, if any. Russia’s T-14 Armata main battle tank might be operating in the war in Ukraine if recent reports are to be believed. If so, what is the MBT’s impact?

There are several key variables to consider when answering that question, including ability to mass and tactical dynamics.Russian news reports and other assessments of the T-14 Armata have hyped the tank as having advanced weaponry, composite armor, an unmanned turret, and speeds reaching up to 55 miles per hour. Some of this may be difficult to confirm, and the combat value of technological advances depends on their being paired with effective tactics.

The other key question pertains to the strength of the T-14’s armor composition. At 55 tons, it seems unlikely that a T-14 Armata would prove as survivable as the larger, heavier T-90 and T-72 tanks. However, perhaps Russian innovators discovered newer kinds of blended composite materials able to provide unparalleled survivability at much lower weights. Whether they have is largely unknown and quite relevant to the tank’s performance.

Carl Gustaf. Image Credit: Saab.

Carl Gustaf. Image Credit: Saab.

Regardless of range, T-14s might be vulnerable to Ukraine’s anti-armor tactics and weaponry.  Dispersed groups of dismounted fighters using buildings and terrain to obscure their positions might be effective against T-14 tanks. These are formations the Ukrainians have already employed to great effect, so while advanced thermal sights might see Ukrainian armored vehicles at impactful ranges, they are not necessarily immune to Ukraine’s tactics.

If T-14s prove to be vulnerable to Javelins, Carl Gustafs, and NLAWs, then long-range, high-resolution thermal sights might not be as impactful.

Javelin. Image Credit: Creative Commons.

Javelin missile firing.

About the Author: Kris Osboen 

Kris Osborn is the former Military Affairs Editor of 19FortyFive and President of Warrior Maven – Center for Military Modernization. Osborn previously served at the Pentagon as a Highly Qualified Expert with the Office of the Assistant Secretary of the Army—Acquisition, Logistics & Technology. Osborn has also worked as an anchor and on-air military specialist at national TV networks. He has appeared as a guest military expert on Fox News, MSNBC, The Military Channel, and The History Channel. He also has a Masters Degree in Comparative Literature from Columbia University.