Russia's jet-powered Geran-4 drones reportedly reach Lviv as Moscow expands strikes on Western Ukraine.

Ukrainian Air Command West reported neutralizing 80 Russian Geran-2 and jet-powered Geran-4 drones across western Ukraine, including Lviv, Khmelnytskyi, and Volyn, following an overnight attack involving 165 total uncrewed aerial vehicles. The widespread employment of jet-powered variants, which comprised 63.6% of the launch package, demonstrates a strategic shift toward high-speed, long-range deep strikes aimed at overmatching energy and industrial infrastructure. This escalation underscores how structural airframe upgrades, turbojet propulsion integration, and expanded launch infrastructure in Russia's Rostov region are extending operational endurance beyond 1,400 km.

Russia is expanding its use of faster jet-powered Geran-4 drones against western Ukraine, with 105 jet-powered UAVs launched during the October 19-20 attacks and new Russian claims of flights exceeding 1,500 km. (Picture source: Ukrainian MoD)

On October 20, 2026, Lviv Portal reported that Ukraine's Air Command West confirmed the destruction of 80 Russian Geran-2 and Geran-4 drones over Rivne, Khmelnytskyi, Ternopil, Volyn, Ivano-Frankivsk, and Lviv during attacks conducted on October 19-20. Nationwide, Russia launched 165 drones overnight, including 105 jet-powered aircraft, representing 63.6% of the total, while Ukrainian forces neutralized 115 and recorded impacts at 30 locations. Russian attacks targeted energy installations, railways, and industrial facilities, including an energy site in the Lviv region struck twice. Additionally, on October 19, Military Informant claimed that a Geran-4 reportedly traveled more than 1,500 km before circling Lviv repeatedly, potentially in a reconnaissance configuration.

The scale of jet-powered employment and the reported extended-range flights indicate that Russia is expanding both the geographic reach and mission profiles of its Geran drones. The Geran-4 is the latest major development in Russia's Geran family, derived from the Iranian Shahed-136 and later evolving into several kamikaze drones with different propulsion systems, guidance equipment, and mission profiles. The piston-powered Geran-2 measures 3.5 m in length, spans 2.5-2.6 m, weighs 200 kg, and travels at 150-180 km/h over an estimated 1,800 to 2,500 km. It allowed Russia to launch attacks from locations far beyond Ukrainian artillery range and without requiring continuous operator control.

Related topic: Belgium to transfer 10 F-16 fighter jets to Ukraine to counter Russia's fastest jet-powered drones

The intermediate Geran-3 introduced turbojet propulsion into an airframe derived from the earlier design, but the increase in speed exposed structural and aerodynamic limitations, particularly during maneuvering. The Geran-4 subsequently received reinforced wing attachments, a rigid center section, and reduced external drag to support sustained flight above 300 km/h. Russia has also developed the Geran-2 Seeker and the Geran-4 Seeker variants with optical guidance and onboard computing. At the same time, separate experimental configurations incorporate passive radar-homing equipment, R-60 air-to-air missiles, and PTM-3 mine dispensers. The Geran-4 has an estimated maximum takeoff weight of 450 kg, a length of 3.5 to 3.6 m, and a wingspan of 3.0 to 3.05 m, making it substantially heavier than the Geran-2 while retaining dimensions suitable for transport and ground-based launch.

Chinese Telefly TF-TJ2000A and LX-WP-160 turbojet engines enable cruising speeds of 300 to 350 km/h and maximum speeds approaching 500 km/h, with reported operating altitudes of 3,500 to 7,000 m. Warhead options include 50 kg high-explosive fragmentation or thermobaric charges and heavier thermobaric configurations reaching 90 kg. At 350 km/h, the Geran-4 completes a given flight 48.6% faster than a Geran-2 traveling at 180 km/h, but higher fuel consumption reduces its conventional operating range to an estimated 450 to 600 km. This exchange of endurance for speed offers shorter engagement windows for Ukrainian defenders at the expense of fuel efficiency and manufacturing cost. The October 13-14 and October 19 flights are particularly important because, if confirmed or reiterated, they challenge the assumption that the Geran-4 is restricted to attacks within 600 km of its launch site, although their actual payloads remain uncertain.

During October 13-14, Russia launched several dozen jet-powered Geran-4 drones from occupied Crimea, routing them through the Odesa region and along the Moldovan border before approaching western Ukraine. Four drones reportedly reached Lviv after traveling 820 km, while others reached Lutsk after 880 km, maintaining average speeds of 320-380 km/h at altitudes of 5,000-6,000 m. On October 19, another Geran-4 reportedly exceeded 1,400 km before circling Lviv, requiring at least 3.7-4.4 hours of flight at those speeds, excluding additional circuits. One hypothesis could be that removing a 50 kg warhead would release 11.1% of the aircraft's estimated 450 kg maximum takeoff mass, potentially allowing additional fuel carriage if internal volume permitted. However, neither the aircraft's fuel configuration nor its reconnaissance equipment has been established, and the flight does not demonstrate a 1,400 km strike range with a standard warhead. 

The Geran-4 Seeker introduces a separate change in how Russia can select and engage targets, particularly when the target's location cannot be established reliably before launch. This variant reportedly measures 3.5 m in length, has a 3 m wingspan, carries a 50 kg warhead, and combines a nominal speed of 300 km/h with a 550 km operating range, with daylight, nighttime, and infrared cameras supporting visual identification and terminal tracking. Chinese mesh-network modems can provide communications links reaching 300 km under suitable conditions, while relay drones, GSM/SIM equipment, 16-element CRPA antennas, and the Susanin terrain-correlation system support communications and navigation. Russian forces have employed Geran-4 Seeker variants against truck parking areas in Kharkiv and Pavlohrad and port facilities at Chornomorsk and in the Dnipro-Buh area.

The operational difference from the conventional Geran-2 is the potential to change the final aim point after launch rather than depending entirely on coordinates loaded before departure. However, these functions require sufficient communications coverage or onboard processing, and the equipment fitted to one Geran-4 configuration cannot be assumed to be present on every Geran. Logically, the Geran-4 also imposes greater industrial and financial requirements than Russia's conventional Shahed-derived drones, particularly because its propulsion, electronics, and guidance systems depend on imported components. Unit costs are estimated between $100,000 and $200,000, compared with $40,000 to $50,000 for the Geran-2, while a Chinese Telefly turbojet alone costs $30,000 to $35,000. A flight-control computer recovered in Poltava contained nine circuit boards inside a 175 × 104 × 145 mm enclosure, with 80 of 105 catalogued components originating from U.S. manufacturers, including 61 associated with two manufacturers.

The system also incorporates 150 MHz TMS320F28335PGFA processors and VP230 CAN transceivers, creating dependence on imported propulsion and electronic components even where final assembly occurs in Russia. October 2026 production estimates of 1,200 Geran-4 and 800 Geran-5 aircraft per month imply a combined output of 2,000 jet-powered drones, or 24,000 annually if sustained for 12 months. At the estimated Geran-4 unit price, production of 1,200 aircraft would represent $120 million-$240 million per month, equivalent to $1.44 billion-$2.88 billion annually for that model alone. Russia is also expanding the infrastructure required to sustain jet-powered drone attacks. By October 15, a new 0.9 km² installation in Russia's Rostov region had been constructed within six weeks, incorporating eight launch areas and multiple launch rails suitable for Geran-4 and Geran-5 drones.

This expansion coincides with the October 19-20 attack, when jet-powered drones represented 63.6% of the Russian launch package, while several drones continued entering western Ukraine during daylight on October 20. Russia is now combining long-endurance Geran-2 drones, faster Geran-4s, and Seeker variants capable of visual target selection, alongside experimental versions incorporating passive radio-frequency receivers, R-60 missiles, and PTM-3 mine dispensers. The resulting force can threaten fixed infrastructure, selected vehicles, and other targets through different flight profiles, although the specialized configurations remain at different stages of development. This combination also increases the number of threat profiles Ukrainian defenses must handle during the same period.

Explore More Defense News

• Land Defense News
• Naval Defense News
• Defense Aerospace News

Written by Jérôme Brahy

Jérôme Brahy is a defense analyst and documentalist at Army Recognition. He specializes in naval modernization, aviation, drones, armored vehicles, and artillery, with a focus on strategic developments in the United States, China, Ukraine, Russia, South Korea, Türkiye, and Belgium. His analyses go beyond the facts, providing context, identifying key actors, and explaining why defense news matters on a global scale.