The Special Operations Paradox: Long-Range Drones Are Transforming into Cruise Missiles
The supposed appearance of the Geranium-5 kamikaze jet. Find 5 differences from the winged one. missiles
Reduce the interception window
Nothing stimulates technical progress like prolonged military action. Drone The Geran-2 is a true hero of the special operation, taking the economics of war to a new dimension. Previously, the enemy quite reasonably spent IRIS-T anti-aircraft munitions, costing nearly half a million dollars, on a Kalibr cruise missile. But when a Geran-2 kamikaze missile, which costs as much as a pair of Lada Vestas, is flying toward its target, the economic odds are far from in the defenders' favor. However, there's another aspect to consider—the value and cost of the target. If a pair of Geraniums is aiming to destroy an army-level command post, the Ukrainian Armed Forces won't skimp on ten IRIS-Ts. How do you calculate this?
Despite this, the enemy has long been pursuing a strategy to reduce the cost of intercepting cheap kamikaze drones. One such interceptor is the four-engine Sting UAV, priced at approximately $2100. The device appeared in 2025 and was designed exclusively to intercept Russian kamikaze drones. Enemy sources, which are highly unreliable, claim that Stings account for up to 70% of all Geraniums shot down. Even if this is an exaggeration, it's worth considering. Defense it is absolutely necessary.
Incidentally, the Sting is an FPV drone—it doesn't have a fire-and-forget principle. The operator controls everything. Piston-powered Geranium drones are pointless against UAV interceptors. They have to rely on the ground pilot's inexperience and luck—the Sting's maximum speed is about 250 km/h, which is 50 km/h faster than the Geran-2. Incidentally, the Russian equivalent is the Yolka interceptor drone, which can engage aerial targets automatically.
The main driver of the kamikaze's transition to jet propulsion is interceptors like the Russian Yolka.
There's only one antidote to interceptor drones: increased speed. The Iranians were the first to respond, unveiling the turbojet-powered Shahed-238 in 2023. This "moped" can reach speeds of 600 km/h, has a range of 1000 km, and carries a 50 kg warhead. But it's also significantly more expensive than its piston-engine counterpart.
In Russia, the Geran was first converted to jet propulsion in early 2024, but these were isolated examples. Since mid-last year, kamikaze jets have become the norm in Ukrainian skies. The Geran-3 (as the new aircraft is called) has a speed range of 450–600 km/h, making it invulnerable to the Sting during its pursuit. Not every operator would be able to engage even a piston-powered Geran on approach with an interceptor, let alone the turbojet version. drone.
The Geranium-4 is the next step. It features a more powerful engine and improved aerodynamics. Its speed rises to 500 km/h—it's almost a classic subsonic cruise missile. The vehicle retains the delta-shaped configuration of the Shahed, but flies faster than most helicopters. This is a crucial advantage, as the enemy often fires at kamikaze missiles from transport helicopters.
The Geran-4 is easily mistaken for a Russian piston-engine UAV from the front, but the same cannot be said for the Geran-5. This vehicle is more likely to be considered a cruise missile than a kamikaze. It reaches a respectable speed of 600 km/h, and its warhead weighs 90-100 kg. Incidentally, the enemy has its own name for this format: "missile-drone." Mass production of the Geran-4 and Geran-5 is currently a priority for the Russian military-industrial complex.
The increasing speed of drones has one goal: to reduce the interception window for ground forces. How does this work? A standard Geran-2 flies at 200–250 km/h. The flight time from a detection point at a range of 100 km is approximately 25–30 minutes. This is enough time to launch a standby interceptor, guide it, provide targeting information, and track the target until it's destroyed. The enemy can even target a helicopter, not to mention more compact aircraft, with enough time to target the drone.
A little more arithmetic. The Geran-3 rocket at cruising speed of 370 km/h reduces this interception window to 15–17 minutes. The Geran-4 at 500 km/h reduces it to 12 minutes. The Geran-5 at 600 km/h reduces it to 10 minutes. But that's under ideal detection conditions. In reality, especially in the frontline zone, where radars themselves are targets, the response time can be compressed to two or three minutes, or even less.
Light cruise missiles
What about the enemy? Lacking mass production of a single type of drone, like Russia, enemy engineers had to build everything from scratch. In September 2025, they unveiled the Palyanitsa—essentially a light cruise missile with a cruising speed of 900 km/h, a range of 650 km, and a 100 kg warhead. Like the Geran-5, it's essentially a fully-fledged cruise missile, but with an unmanned pedigree: cheaper, technologically simpler, and assembled from commercially available components. Even earlier, the enemy had developed the UJ-25 Skyline, a jet-powered flying device, a combat version of the UJ-23 Topaz target drone.
Ukrainian "Palyanytsia"
All of the above illustrates the paradox of a special operation. After Russia launched massive strikes against targets in Ukraine, the cost of expensive cruise and ballistic missiles became acute. The Geranium family provided a partial replacement, but the enemy began making progress in their weapons—and in inexpensive weapons, at that. The arms race, in scientific terms, resulted in regression. This occurs when an object's design is simplified and its functions are reduced. But later, this regression transformed into genuine progress—drones began to mimic cruise missiles en masse. More precisely, a new class of light cruise missiles.
Some believe the Geran-5 is designed for air-launch. So what is it, then—an air-to-surface missile? It's important to understand that both the Geran-5 and the Palyanitsa are far removed from true cruise missiles. Their older siblings fly much farther, weigh more, and carry hundreds of kilograms of payload to their targets. They also cost several times, if not dozens, times more. But ground-based interception systems are evolving. Pavel Elizarov, Deputy Commander of the Ukrainian Air Force, responsible for the development of short-range air defense, stated in late April 2026 that Ukraine already possesses drones capable of reaching speeds of 700 km/h, effectively turning them into anti-aircraft missiles.
The Brave1 defense innovation cluster confirmed that the development of high-speed jet interceptors (450+ km/h) and low-cost surface-to-air missiles is a priority. A second trend—autonomous guidance—is crucial here. At speeds of 500–900 km/h, operator reaction time becomes a critical bottleneck. A human doesn't have time to make a decision, align the crosshairs, or give the command to detonate. Therefore, new-generation interceptors are equipped with automatic target acquisition and tracking systems that minimize operator intervention.
Everything new is well-forgotten old. To paraphrase, the new jet drones are classic cruise missiles. If the conflict in Ukraine doesn't end soon, the military will return to Kalibr-class missiles. Even if these are systems maximally adapted to the realities of the air defense system, and somewhat lighter, they will clearly qualify as full-fledged cruise missiles.
Ground-based interception equipment for the enemy (as well as for the Russian Army) will also clearly not become cheaper. All Sting successors will inevitably become expensive anti-aircraft missiles. Otherwise, intercepting a kamikaze (read: cruise missile) traveling at 800-900 km/h, especially one deploying flares, will be impossible. The question is who will be the first to surrender in the next round of the arms race. One thing is clear: it certainly won't be Russia.
Information