Ukrainian M2A2 Bradley AIFV Endures Russian Lancet Kamikaze Drone in Ukraine.

Recently in Ukraine, a Russian Lancet drone, often referred to as a kamikaze drone, targeted a Bradley infantry fighting vehicle as reported by @raging545 on X on april, 30, 2024. Despite the attack, the vehicle’s advanced armor effectively prevented significant damage. This incident occurred amid escalating tensions in the region, testing modern defense technologies and underlining the increasing role of such equipment in conflict zones.

Images of a Bradley M2A2 (left), with its reactive armor (bottom right), after it was allegedly hit by a Russian Lancet drone (top right) (Picture source: X Channel @raging545)

The Bradley was equipped with Reactive Armor Tiles (BRAT) designed to counter threats like high-explosive anti-tank (HEAT) rounds and armor-piercing projectiles. During the attack, the explosive reactive armor (ERA) that surrounds the Bradley’s hull detonated upon impact with the Lancet drone, neutralizing the threat and effectively protecting the crew inside. This defensive capability, superior to that of standard Russian and Ukrainian infantry fighting vehicles, was clearly demonstrated during this engagement.

The M2A2 Bradley Armored Infantry Fighting Vehicle (AIFV) is a significant upgrade from the earlier M2A1 model, with enhancements aimed at increasing survivability and combat functionality. Since its introduction to the U.S. Army in 1988, the M2A2 has received improvements such as internal armor protection for vital components, spall liners, and enhanced smoke screening capabilities. It is also equipped with a Cummins VTA-903 engine producing 600 hp to manage its increased weight due to additional armor on both the hull and turret.

In terms of armament, the M2A2 Bradley features an ATK Gun Systems Company M242 25 mm Bushmaster Chain Gun, a coaxial 7.62 mm M240C machine gun, and two TOW anti-tank missile launchers. Its design includes spaced laminate armor which provides protection against RPGs and 30 mm APDS rounds. The vehicle accommodates a crew of three plus six soldiers, and its technical features support effective operation across diverse combat scenarios, including NBC protection and thermal night vision capabilities.

The introduction of drones and First-Person View (FPV) technology has significantly impacted the dynamics of modern warfare, particularly evident in the Ukraine conflict. Drones, cost-effective yet potent, are crucial for surveillance, monitoring troop movements, fortifications, and civilian areas. FPV technology allows for precise control over drones, making them more effective in complex environments such as urban areas or dense forests. These drones also transmit real-time data essential for strategic decision-making but bring new challenges in airspace control and counter-drone strategies.

The use of drones in Ukraine indicates a shift from traditional military equipment to agile, technology-driven solutions, suggesting a future where asymmetrical warfare and advanced technology could enable smaller nations or non-state actors to challenge larger military forces. This evolution could fundamentally change the global military landscape.