M98 Javelin Weapon System fired during training

A M98 Javelin Weapon System fired during range operations conducted at Grafenwoehr Training Area located near Rose Barracks, Germany. (U.S. Army photo by Sgt. William Tanner)


The U.S. Military Program to Arm Ukraine with Javelin Anti-Tank Missiles

By Jack Murphy
Used with permission from Connecting Vets News posted on March 2, 2022, 7:00 am

In 2014, the Russian military annexed Crimea in a largely bloodless irregular warfare operation before they invaded and captured parts of Donbas in Eastern Ukraine. The United States military took immediate notice. Prior to the 2014 invasion, the Office of Defense Cooperation out of the U.S. Embassy was providing 5 million dollars in security assistance to the Ukrainian military. A few years later, that figure ballooned to over 350 million dollars.

The Javelin anti-tank missile program in Ukraine has its origins during this period. The fighting has not stopped in Eastern Ukrainian, with Russian-backed separatists in the self-declared Donetsk and Luhansk People’s Republics exchanging fire across the border of the disputed regions on a daily basis. With Russian T-72 tanks harassing Ukrainian positions, their military knocked on the door of the U.S. Embassy asking for one of America’s most notorious anti-tank weapons.

The Javelin has been fielded to the U.S. Military since the mid-1990s however, it came to great notoriety during the 2003 invasion of Iraq when Green Berets from 3rd Special Forces Group pushed across the green line with Peshmerga fighters and engaged an enemy armor battalion. Over the course of several days, ODA 391 and ODA 392 called in airstrikes and fired a total of 19 Javelin missiles at enemy trucks, armored personnel carriers, and T-55 tanks.

Of the 19 missiles fired, 17 resulted in hits. Interestingly, although the manual states that the maximum effective range of the Javelin is 2,000 meters, all of the shots fired during what became known as the Battle of Debecka Pass were over 2,200 meters. The longest shot was 4,200 meters. The Green Berets demonstrated that a small unconventional force could take on an enemy armor unit with the proper mix of ground mobility vehicles, Javelin anti-tank missiles, and close air support.

Javelin Missile at the Battle of Rebecca Pass

A Javelin missile leaves its launcher during the Battle of Debecka Pass. Photo courtesy of USASOC

By the time the Ukrainians were asking for the Javelin, Congress had already begun earmarking funds in the National Defense Authorization Act (NDAA) to help the Ukrainians counter Russia. NATO was also involved, and a number of different countries were taking responsibility for improving and modernizing the Ukrainian military.

Every U.S. Embassy has two military offices, the Defense Attache run by the Defense Intelligence Agency and the Office of Defense Cooperation (ODC), which can act as a type of storefront for countries to request and purchase military equipment. In other cases, such as in Ukraine where funds had already been allocated, ODC would facilitate the transfer of weapons and equipment. This office would oversee what used to be called 1207 programs paid for by the Department of Defense and the State Department, but are now consolidated under what is known as Section 333, coming out of the Title 10 DOD budget.

ODC and NATO efforts to reform the Ukrainian military were largely successful, although the trainers felt they were struggling against a post-Soviet military culture, according to a U.S. Military official familiar with the programs. In order to encourage continued reforms, funding and weapons were disbursed in tranches, with each conditional on additional improvements. Some of these conditions were blown off by anxious Senators who wanted immediate military aid funneled into the country, the military official explained.

ODC turned over to the Ukrainian military night vision systems, humvees, and military radios, as well as specialized radar systems. But the request for Javelins was controversial amongst U.S. Military and NATO allies. “This begins a 15 month, 2 administration debate about if we can do this or will it provoke Putin,” the U.S. Military official told Connecting vets.

Before moving on, it may be useful to explain exactly what the Javelin is.

Javelin missle diagram

Javelin FGM-148 Missile components (U.S. Army, FM 3-22.37 "Javelin Medium Antiarmor Weapon System," Headquarters Department of the Army, Washington, DC, 23 January 2003)

The FGM-148 Javelin consists of two separate components, the reusable Command Launch Unit (CLU) and the launch tube that houses the missile itself. The CLU consists of a body with a day site, thermal sight, hand grips, battery compartment, firing mechanism, and the interface that actually attaches the CLU to the launch.

To fire the Javelin, the user inserts a 5590 battery into the CLU to power it and places the launch tube to their side. The CLU is than turned upside down and connects the round interface connector at the top of the CLU to the metal hooks that receive it on the launch tube. Once locked in place, the entire system is rotated and hefted onto the soldier’s shoulder. The forward end cap on the launch tube is removed and the lens cover on the CLU is lowered.

The Javelin can be fired from the sitting, kneeling, or standing position. With some difficulty, it can be fired from the prone position, but care must be taken to ensure the soldier’s legs are clear of the backblast area which fans out at 60 degrees from the back of the launch tube when fired.

The soldier then looks into the CLU’s viewfinder and begins to identify targets on the battlefield. With an official maximum range of 2,000 meters, the thermal sight on the system helps the soldier pick out targets at night as well as through smoke and haze. Once an enemy armored vehicle has been identified, four-track gates inside the viewfinder are positioned over the vehicle to lock on to it.

The default mode of the Javelin missile is to fire in top attack mode which strikes the top of the vehicle, but the soldier can select the direct fire mode if the target is under overhead cover or to shoot down enemy helicopters. Locked onto a target, with the appropriate mode selected, the soldier squeezes the trigger on the handgrip to fire the missile.

The launch motor pushes the missile out of the launch tube before the flight motor kicks in and the missile takes off into the sky above the battlefield en route to the target that the soldier locked on to. As a fire and forget weapon, the soldier can now load a new launch tube and search for additional targets.

Meanwhile, small wings are deployed from the missile while in flight to help with stabilization as the guidance section tracks the enemy armored vehicle on the ground and transmits flight information. The guidance head on the missile continues to track the enemy armor as it moves across the battlefield while the missile maintains altitude until the flight control wings on cause it to angle downward towards the vehicle, striking from above where tanks and armored personnel carriers have the least armor.

The warhead on the missile has a precursor charge that detonates first to explode any reactive armor that the vehicle may be outfitted with before the main charges explode on impact, penetrating the hull of the vehicle.

The Javelin can be employed by a single soldier, but others will be needed to carry additional launch tubes, with each weighing about 35 pounds. These soldiers could be attached to an infantry unit to provide an anti-armor capability, but can work best when a number of Javelin teams are brought to together to form an anti-tank hunter/killer team that can provide mutually supporting fires on the battlefield.