Russia’s Drone War Has Entered a New Phase: Jet Engines, AI, and Electronic Warfare

The Jet-Powered Shift: Geran-3, Geran-4, Geran-5

The slow speed of the propeller-driven Shahed (typically 160–180 km/h) made it a relatively easy target for Ukraine's nimble interceptors. Russia's answer is a new family of jet-powered drones. The Geran-3, a localized copy of Iran's Shahed-238, first appeared in Russian strikes in June 2025 . It uses a Chinese-made Telefly JT80 turbojet to reach speeds of 350–550 km/h with an estimated range of roughly 1,500 km . That speed compresses the time window Ukrainian defenders have to react and complicates pursuit by slower interceptors.

Russia is now fielding three jet-powered Geran variants simultaneously. The Geran-4, first confirmed in combat in late 2025, has a payload of roughly 50 kg and a range of about 850 km, while the larger Geran-5 is also in active deployment . Ukraine's Defense Intelligence (DIU) reports that Moscow intends to raise the share of jet-powered UAVs in total drone output to 50% . By early 2026, Russia had launched over 1,400 jet-powered Geran attacks — an eightfold increase over the roughly 180 recorded in all of 2025 . The shift is not just a technological upgrade; it is a doctrinal change to bypass Ukraine's effective air-defense screen.

Autonomous AI Drones: No Pilot Required

The most consequential adaptation may be Russia's expansion of fully autonomous drones. Ukrainian technical analysis of intercepted V2U drones found no communication components for operator control, with onboard computing capable of running AI-enabled perception and decision-making software . The Center for Strategic and International Studies (CSIS) assessed that Russia has "likely fielded a fully autonomous unmanned system in combat" and is iterating on its deployment, despite civilian casualties from the system's independent targeting .

These AI-equipped reconnaissance and strike drones can operate at very low altitudes to evade radar, autonomously identify targets, and navigate without a GPS or radio link that could be jammed . Russian sources, including milbloggers and state-linked outlets, have described the drones as immune to standard EW countermeasures because they carry no continuous communication signature for jammers to lock onto . The Institute for the Study of War reports that Russia is integrating limited AI and machine learning into a range of platforms, from reconnaissance UAVs to strike drones, enabling autonomous navigation, target identification, and terminal guidance without a human in the loop .

Alongside these AI weapons, Russia continues to deploy brute-force saturation tactics: launching decoy drones alongside real Shaheds to overwhelm defenders, and using Starlink terminals to manually control BM-35 strike UAVs when conventional links are jammed .

Ukraine's Counter-Response: Record Interceptor Production

Ukraine has met Russia's adaptation with the fastest scale-up of counter-drone systems seen in modern warfare. In the first four months of 2026, Ukrainian forces received twice as many interceptor drones as they did in the entire year of 2025 . In March 2026 alone, interceptors shot down over 33,000 Russian UAVs of various types . Ukraine's "small air defense" — a layered network of interceptor drone units and helicopter teams — downed more than 2,100 Russian aerial assets in April 2026, including 670 Shahed-type drones .

Interceptor drones are small, fast, semi-autonomous aircraft that cost between $1,000 and $2,500 each, often less than 1% of the cost of a traditional air-defense missile . Ukraine now produces 1,500 FPV-based interceptors per day, designed specifically to chase down Shahed-type targets . By February 2026, interceptor drones were responsible for more than 70% of Shahed downings .

AI on the Other Side: Ukraine's Autonomous Hunters

Ukraine is deploying its own AI-driven interceptors. The P-Sun Long (P1-Sun) is an AI-powered hunter drone designed specifically to detect and eliminate Shahed-style aircraft, operating autonomously during the terminal phase of engagement . SkyFall, a major Ukrainian drone manufacturer, reports its interceptors have completed numerous AI-enhanced strikes since late 2025 .

The Ukrainian Defense Ministry confirmed that neural networks onboard attack drones can identify targets at distances beyond 50 km behind the Russian front line, distinguish decoys from real equipment, and resist jamming by using optical cameras and computer vision rather than GPS for navigation .

New Experimental Interceptors

Several notable interceptor systems have entered service or been unveiled by Ukrainian developers:

• Dancer 4.5.0 (Yartura): an interceptor with a top speed of 450 km/h, AI-based automatic target tracking, and built-in protection against Russian EW jamming. Range up to 30 km, engagement altitude up to 4.8 km .
• One Punch (Ukrspecsystems): range of 30 km, target acquisition at 700 m, warhead of 1.2 kg, presented at the Eurosatory defense exhibition in Paris in June 2026 .
• Terra A1: a low-cost interceptor (from $3,000) developed in a Ukraine-Japan partnership, operational deployment began in April 2026 to hunt Shaheds .
• Shvidun: approved by the Ministry of Defense in March 2026, with a range over 70 km, altitude ceiling of 6 km, and flight endurance of more than two hours. It is designed to be reusable .

Remote Piloting From Thousands of Kilometers Away

A transformative innovation approved by Ukraine's Ministry of Digital Transformation is a system that allows interceptor drones to be piloted from distances of hundreds to thousands of kilometers away . Over 10 Ukrainian manufacturers have integrated this remote-control technology, developed through the Brave1 defense innovation cluster. Ukrainian Minister Mykhailo Fedorov stated, "We are the first country in the world to systematically scale up remote control for interceptor drones" . This capability lets experienced pilots operate safe behind the front lines or even from allied countries, while the physical interceptors launch from mobile launchers near the target areas.

The Broader Battlefield Context

Ukraine's broader strategy includes systematic strikes on Russian EW and radar sites to degrade Moscow's ability to stop drone attacks . The cost equation has also shifted: as drone manufacturing costs fall and additive manufacturing accelerates production, the economics of drone warfare now favor the side that can iterate fastest and field the most cost-effective interceptors . Ukraine's interceptor approach — using a $3,000 drone to kill a $20,000 Shahed or a $200,000 cruise missile — has changed the calculus of commanders on both sides .

On the pro-Ukrainian partisan sabotage dimension, the open-source evidence retrieved in this search did not yield confirmed, independently corroborated reporting on specific operations targeting Russian drone production facilities inside Russia. This does not rule out that such operations have occurred, as Ukrainian military intelligence (HUR) has carried out deep-strike sabotage on Russian defense industrial targets throughout the war, but verifiable source material directly confirming facility-level partisan sabotage was not found in this search window.

The Emerging Drone Arms Race

What is clear is that both Russia and Ukraine are locked in a rapid, mutually reinforcing cycle of adaptation. Russia's move to jet-powered, AI-autonomous drones is a direct consequence of Ukraine's near-total interception of older propeller models. Ukraine's response — record-scale interceptor production, AI targeting, and remote piloting — is already bending the air-defense economics in its favor. The winner of this adaptive race will likely determine the shape of aerial warfare for a generation. So far, Ukraine's ability to rapidly field cheap, networked, AI-augmented interceptors has kept it one step ahead, but Russia's accelerated fielding of autonomous systems and jet-powered platforms is a clear signal that Moscow is investing heavily in closing that gap.