Russia’s New Geran-5 Drone Is Basically a Cruise Missile—and It’s Packed With Foreign Electronics

Ukraine’s Defense Intelligence Directorate (HUR) has examined a new variant of Russia’s Geran-5 attack drone, designated Geran-5 K5-K, identifying 93 foreign-made electronic components and significant improvements in its speed and flight capabilities.

According to HUR, Russian forces began using the new modification to strike Ukrainian cities in early autumn 2026. Its aerodynamic design and technical characteristics allow it to be classified as a small cruise missile rather than a conventional unmanned aerial vehicle (UAV).

Ukrainian intelligence specialists examined a Geran-5 K5-K that landed almost intact in a Ukrainian field. HUR has published an interactive 3D model of the weapon, along with information about its components, on its War&Sanctions portal.

The Geran-5 K5-K features a conventional aerodynamic configuration with a high-mounted swept wing, a single vertical tail fin, fixed horizontal stabilizers, and a rudder. Compared with the standard Geran-5, the new variant is considerably shorter, measuring 4 meters instead of 6.5 meters, while its wingspan has decreased from 3.2 meters to 3 meters.

According to HUR, Russia has also modified the fuselage to improve aerodynamic performance, allowing the weapon to operate at higher speeds and altitudes. Its maximum operating altitude has increased from 5 kilometers to 6 kilometers, while its cruising speed now exceeds 450 km/h. During certain maneuvers, the weapon can reportedly reach speeds of up to 1,000 km/h.

Despite these changes, its operational range remains approximately 1,000 kilometers, while its warhead weighs 90 kilograms. The examined specimen was equipped with a TBBCh-90 thermobaric warhead.

The weapon's avionics are identical to those used in the latest versions of Russia's Geran-4 Seeker jet-powered drone. They include a flight controller, a SADRA Seeker inertial navigation system with a MOH module, a locally produced copy of the 16-element Harxon GI-006 controlled reception pattern antenna, a tracker, and a mesh modem.

HUR also identified a new optical-electronic correlation system known as Susanin, previously discovered in the Geran-4. The system compares images captured by an onboard sensor with reference imagery stored in a microcomputer's memory, helping the weapon maintain its intended route from launch to target.

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Defense Tech

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Oct 29, 2026 15:35

In the examined Geran-5 K5-K, the Susanin system used a dual-band camera instead of conventional optical sensors. Its image-processing unit was built around a Coke Pi microcomputer, a Chinese alternative to the Raspberry Pi, housed in a marked plastic enclosure.

Ukrainian intelligence previously identified a similar unit in the Russian Gerbera-2 drone, where it was designated Sosiska and used for detecting and tracking interceptor drones.

The Geran-5 K5-K is powered by a TRD-200 turbojet engine assembled at Russia's Alabuga facility using Chinese-made components.

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War in Ukraine

Russia Claims Its New Jet-Powered Drones Are Too Fast to Catch, but Ukraine Proves Otherwise

Nov 02, 2026 17:02

HUR identified 93 foreign-made electronic components in the examined weapon. Of these, 52 originated from US manufacturers, while Chinese and Swiss companies accounted for 10 components each.

Ukrainian intelligence also reported continued Russian efforts to conceal identifying markings on imported electronic components, including digital signal processors manufactured by Texas Instruments and inertial modules produced by Murata.

The disclosure comes amid continued Russian attacks on Ukraine’s civilian infrastructure. In a separate incident, a Russian jet-powered drone struck a civilian passenger train at a railway station in Dnipro, killing 14 people and injuring at least 10 others in one of the deadliest recent attacks on Ukraine’s railway network.

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