Vikram Mittal reports in Forbes:
On a battlefield where drone technology evolves so rapidly that systems become obsolete within weeks, a platform designed in the 1950s continues to see widespread use. This reflects how the M113’s mobility, simplicity, adaptability, and ease of mass production align with the current high-intensity, attritional fight. NATO country deliveries combined with those provided by the U.S. to Ukraine (add up to) 1,900 M113s. In Ukraine’s threat environment, the M113 balances survivability, mobility, and lethality against Russian artillery and FPV drones. Its armor is sufficient to protect against shrapnel, grenades, and smaller drone-mounted munitions. Its powertrain can support the weight of counter-drone add-ons. (And) the M113 is a difficult target due to its speed and mobility off-road where it can transport FPV and bomber drones to forward areas to be deployed.Despite the Russian Ministry of Defense restricting its soldiers’ use of Telegram, its official channel remains active, publishing daily summaries of Ukrainian equipment destroyed by Russian forces. Among the systems listed, the M113 armored personnel carrier appears with notable frequency, particularly in recent months. While Russian figures are difficult to verify, Oryxspioenkop, which documents open-source imagery of destroyed Russian and Ukrainian equipment, has visually confirmed over 650 Ukrainian M113 losses, with a similar uptick over the past year. It is notable that, on a battlefield where drone technology evolves so rapidly that systems can become obsolete within weeks, a platform designed in the 1950s continues to see widespread use. This reflects how the M113’s design emphasized mobility, simplicity, adaptability, and ease of mass production, qualities that align closely with the demands of the current high-intensity, attritional fight.
The M113 Armored Personnel Carrier
The M113 armored personnel carrier was developed in the late 1950s by the FMC Corporation to meet the U.S. Army’s requirement for a lightweight, air-transportable, tracked vehicle capable of moving an infantry squad on a Cold War battlefield. Entering service in 1960, it featured an aluminum hull that reduced weight while providing protection against small arms and shell fragments, a crew of two, and space for 11 passengers. The vehicle is lightly armed, with its primary weapon system being a .50 caliber machine gun mounted on top. The M113 has a diesel engine that allows it to reach speeds of up to 64 km per hour. It can also be rapidly modified for amphibious operations, with the ability to float across still bodies of water. The platform includes multiple variants, including command post, mortar carrier, and ambulance configurations.
The M113 saw extensive use beginning in the Vietnam War, where it was employed for both transport and direct combat roles, and it remained in service throughout the Cold War. It also saw significant use during Desert Storm. However, the M113’s relatively thin armor and vulnerability to mines limited its survivability against modern threats. Beginning in the late Cold War and accelerating after 2000, the U.S. Army shifted toward more heavily protected platforms such as the Bradley Fighting Vehicle. Despite this shift, many M113s remained in service and were used during the Global War on Terror. The U.S. military is now phasing out this platform in favor of the Armored Multi-Purpose Vehicle. Even as it leaves frontline U.S. service, the M113 continues to be used by a number of NATO and allied militaries. Thousands were produced, and many countries integrated the platform into their mechanized forces, often upgrading it with improved armor, powertrains, and electronics.
M113 Transfers To Ukraine
Following Russia’s full-scale invasion of Ukraine in 2022, the U.S. included M113s in early security assistance packages as part of a broader effort to rapidly equip Ukrainian forces with available and sustainable systems. The first transfer began in April 2022, with approximately 200 M113s drawn from U.S. Army stocks. M113s were included in subsequent aid packages, and by 2024, over 900 had been committed or transferred. These included standard armored personnel carriers as well as medical evacuation and command variants.
NATO allies and partner nations supplemented U.S. efforts with additional M113 transfers from their own inventories. These contributions include 42 vehicles from Australia, 54 from Denmark, 70 from Lithuania, 60 from Portugal, 20 from Spain, and 11 from Germany, along with additional refurbished vehicles provided through joint European initiatives. The Netherlands also supplied approximately 350 YPR-765 vehicles, upgraded variants of the M113. In 2025, Italy announced another military aid package containing 400 M113s, further expanding the total available to Ukrainian forces. When combined with those provided by the U.S., Ukraine has been allocated approximately 1,900 M113s.The Relevance Of The M113 To The Russia-Ukraine Battlefield
In Ukraine’s current threat environment, the M113 balances survivability, mobility, and lethality. The primary threats to Ukrainian vehicles are Russian artillery and FPV drones, as kill zones have reduced the effectiveness of direct-fire systems such as tanks. Like most armored vehicles, the M113 cannot withstand a direct hit from artillery or a drone-mounted explosively formed projectile. However, its armor is sufficient to protect against shrapnel, grenades, and smaller drone-mounted munitions. Additionally, its powertrain can support the weight of counter-drone add-ons, with recent social media images showing M113s outfitted with cope-cages and hedgehog-style protection.
At the same time, the M113 is a difficult target due to its speed and mobility across terrain. Its tracked system allows it to move off-road, avoiding predictable routes often monitored by drones. Although the vehicle is only lightly armed with a .50 caliber machine gun, direct-fire weapons currently have limited utility on this battlefield. Instead, the M113’s lethality comes from its ability to transport FPV and bomber drones within its internal cabin to forward locations from which they can be deployed.
The system is also mechanically simpler than newer, more advanced vehicles. Ukrainian mechanics have praised the M113 for using a powertrain similar to those found in popular John Deere combines. Further, its long production history and widespread use have created a robust supply chain for spare parts. As a result, maintenance crews can repair damaged vehicles relatively quickly, keeping them in service despite constant wear from combat and prolonged use.
In addition to these advantages, the M113’s primary strength is its availability. Developed and fielded in large quantities during the Cold War, many countries are now replacing the platform and are more willing to transfer these vehicles to Ukraine rather than scrap them. The large number of systems provided is especially important in a war of attrition now entering its fourth year. Both Russia and Ukraine have lost significant numbers of armored vehicles to direct fire, artillery, drones, mines, and maintenance issues. Facing shortages and concerns about drone vulnerability, Russia has increasingly turned to commercial vehicles. Meanwhile, Ukraine has been able to rely more heavily on its stock of M113s.
Ukraine’s continued use of the M113 reflects a broader pattern in the war. As the conflict grinds on, both sides have adapted by finding ways to use older equipment to meet current needs. In this case, the M113 fits the dynamics of the battlefield not because it is optimized for modern warfare, but because it was designed for adaptability, scale, and sustained conflict.
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