Both Ukraine and Russia are deploying dozens of drone types across every domain of the battlefield, from cheap first-person-view (FPV) quadcopters costing a few hundred dollars to long-range strike drones that travel thousands of kilometers. The war has become the largest proving ground for unmanned systems in history, with each side burning through thousands of drones every month. Here’s a breakdown of the major categories and specific models shaping the conflict.
FPV Attack Drones
The single most common drone on the battlefield is the small FPV racing-style quadcopter, modified to carry a grenade or small anti-tank warhead. Both sides build these in enormous quantities, often assembling them in volunteer workshops or small factories for as little as $400 to $500 per unit. An operator wearing video goggles flies the drone at high speed directly into a target, whether that’s a vehicle, a foxhole, or a group of soldiers. They’re essentially disposable guided missiles.
FPV drones have a typical operational range of 5 to 15 kilometers and a flight time measured in minutes rather than hours. Their effectiveness depends heavily on the skill of the pilot and the electronic warfare environment. Both sides jam the radio frequencies these drones rely on, which has driven a rapid push toward autonomy: AI-powered software modules can now be embedded on compact chips inside the drone, allowing it to recognize and track a target during its final approach without any radio link to the operator. This shift has raised target engagement success rates from roughly 10 to 20 percent with manual control to around 70 to 80 percent with autonomous terminal guidance, according to analysis from the Center for Strategic and International Studies.
Long-Range Strike Drones
Russia’s most prolific long-range weapon is the Shahed-136, an Iranian-designed delta-wing drone that Russia now manufactures domestically under the designation Geran-2. The Shahed-136 carries a 50-kilogram warhead (with newer Russian-produced variants potentially holding up to 90 kilograms) and has a maximum effective range of at least 2,000 kilometers. Russia launches them in large salvos, often at night, to overwhelm Ukrainian air defenses. A smaller variant, the Shahed-131, carries a 10 to 20 kilogram warhead with a range of 700 to 900 kilometers. Russia’s production facility aimed to build 6,000 of these drones in 2024.
Ukraine has developed its own long-range strike capability. Domestically produced drones have hit targets deep inside Russia, including oil refineries and military airfields hundreds of kilometers from the front line. Many of these are fixed-wing designs with small jet or piston engines, built to fly low and avoid radar detection. Ukraine keeps specific technical details closely guarded, but confirmed strikes well over 1,000 kilometers from Ukrainian territory demonstrate the program’s reach.
Loitering Munitions
Loitering munitions sit between a traditional drone and a cruise missile. They can fly over an area for an extended period, waiting for a target to appear, then dive in to destroy it. Russia’s primary loitering munition is the Lancet-3, built by the Kalashnikov Group’s ZALA subsidiary. The standard Lancet-3 weighs about 12 kilograms with a 3-kilogram payload and can stay airborne for around 40 minutes. The upgraded Lancet-3M is considerably larger, with an eight-foot wingspan, a weight of about 35 pounds, and a cruising speed around 70 miles per hour. It dives onto targets at 190 mph using an armor-piercing warhead, with a claimed range of 25 miles. Lancets have destroyed hundreds of Ukrainian vehicles, artillery pieces, and air defense systems, typically guided to the target area by a separate reconnaissance drone.
On the Western-supplied side, the United States has sent Ukraine both the Switchblade 300 (a small, lightweight loitering munition designed for soft targets) and reportedly the heavier Switchblade 600, which carries a larger warhead capable of defeating armored vehicles. The Phoenix Ghost, developed specifically with Ukrainian input, reportedly flies for six or more hours and can strike medium-armored targets. The U.S. announced shipments of over 121 Phoenix Ghosts and more than 700 Switchblades in a single 2022 aid package alone.
Heavy Bomber Drones
Ukraine fields a class of large multirotor drones nicknamed “Baba Yaga” after the witch of Slavic folklore. These are heavy-lift platforms with four, six, or eight rotors, equipped with thermal imaging cameras and capable of carrying payloads up to 15 kilograms, including rocket warheads and anti-tank mines. They operate primarily at night, flying over Russian positions to drop munitions with precision. Their size and lift capacity make them far more destructive per sortie than a standard FPV drone, and the thermal cameras allow operators to spot targets in complete darkness. Baba Yaga drones have become a persistent nighttime threat along the front line, disrupting Russian rest cycles and logistics.
Reconnaissance and Surveillance Drones
Every attack on the battlefield starts with eyes in the sky. Ukraine’s SHARK reconnaissance drone can fly for up to 7 hours with a communication range of 180 kilometers and a total flight range of 420 kilometers. It’s used to locate high-value targets like ammunition depots, command posts, and air defense systems, then relay coordinates for artillery, HIMARS rockets, or follow-up drone strikes.
Russia relies heavily on the Orlan-10, a small fixed-wing surveillance drone that has been its workhorse for aerial reconnaissance since the war began. Both sides also use commercially available DJI quadcopters extensively for short-range observation, directing artillery fire in near-real time. The ability to spot a target and strike it within minutes, using a chain that runs from a surveillance drone to an FPV or artillery round, has compressed the “kill chain” to a degree never seen in previous conflicts.
Naval Drones
Ukraine’s naval drone program has been one of the war’s most surprising developments. Despite having no significant surface navy, Ukraine has used uncrewed surface vessels to cripple Russia’s Black Sea Fleet. The Magura V5 is the flagship of this effort: a waterjet-propelled drone boat with a cruising speed of roughly 22 knots, a top speed of 42 knots (with burst speeds up to 54 knots claimed), and a range exceeding 400 nautical miles. It carries up to 705 pounds of explosives, with impact fuses visible at the bow.
The Sea Baby is another Ukrainian naval drone used in attacks on Russian warships and port infrastructure. Together, these platforms have sunk or damaged enough Russian vessels to force the Black Sea Fleet to largely withdraw from Crimean ports, reopening commercial shipping lanes that had been closed since the invasion began. For a country without a functioning navy, this represents one of the most effective asymmetric naval campaigns in modern history.
AI and Autonomous Navigation
Electronic warfare is now the biggest threat to drones on both sides. Jammers can sever the radio link between a drone and its operator, causing the drone to crash or drift off course. This has accelerated the development of AI-driven autonomy. Ukrainian defense companies are building standalone software modules, compact chips with embedded machine learning, that can be installed on everything from small FPV drones to long-range strike platforms and even turrets on unmanned ground vehicles.
These systems use computer vision to perceive the environment, recognize targets, and navigate the final approach independently. Target recognition ranges have expanded from about 300 meters to an average of 1 kilometer in combat conditions, reaching up to 2 kilometers in optimal situations. The software can also distinguish real targets from decoys and camouflage that would fool a human operator watching a grainy video feed. By removing the need for a constant radio link during the most critical phase of an attack, these systems make drones far more resistant to jamming and far more likely to hit their target.