Ukraine Reveals Operational Details of Russia’s New Izdeliye-30 Air-Launched Cruise Missile
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Ukraine has publicly unveiled the internal design and production network of Russia’s new Izdeliye-30 air-launched cruise missile through an official intelligence release. The disclosure strengthens Kyiv’s push to tighten sanctions enforcement and improve Western air defense planning against emerging Russian long-range strike systems.
On 2 March 2026, Ukraine’s Defence Intelligence (DIU) released a comprehensive briefing on Russia’s newly developed air‑launched cruise missile, the “Izdeliye‑30”. The publication transformed what had previously been a scarcely defined designation into a well‑documented weapon system. Through the War & Sanctions portal’s Components in Weapons section, the DIU unveiled an interactive 3D model of the missile, detailed its principal assemblies, and identified at least 20 enterprises involved in its production chain. This disclosure, published via the DIU’s official website, follows months of intensive Russian missile and drone attacks on Ukrainian cities and critical infrastructure. By revealing the technical architecture of Izdeliye‑30, Kyiv underscores to its partners that every new Russian long‑range weapon can be systematically analyzed and leveraged to strengthen both air‑defence operations and sanctions enforcement.
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Ukraine’s Defence Intelligence publicly unveiled a detailed 3D model and production network analysis of Russia’s new Izdeliye 30 air-launched cruise missile, exposing its internal structure and at least 20 companies tied to its manufacture (Picture Source: Ukraine’s Defence Intelligence)
According to the DIU, Izdeliye-30 is a subsonic, long-range cruise missile with a wingspan of about three metres, an 800-kilogram warhead and an operational range of at least 1,500 kilometres. This performance envelope allows launches from deep inside Russian territory while still covering the entire territory of Ukraine. The missile is attributed to OKB Zvezda, a design bureau within the Tactical Missiles Corporation, and several of its subsystems are unified with existing Russian weapons. The pneumatic pyrovalve is reported to be identical to the component used in the Kh-35U anti-ship missile, while the ejection launcher resembles the AKU-5M racks used to release Kh-101, Kh-55 and Kh-555 cruise missiles from long-range bombers. This continuity suggests that Izdeliye-30 has been engineered to fit existing bomber fleets and launch infrastructure, reducing integration time and allowing Russia to introduce a new cruise missile without having to reconfigure its main strike platforms.
The navigation and guidance suite is described as one of the most distinctive aspects of the missile. For what Ukrainian intelligence presents as the first time in a Russian cruise missile, the satellite navigation system is built as a hybrid of two separate domestic products: a jam-resistant Kometa-M12 satellite signal receiver with a digital antenna array, produced by one company, and a separate receiving and computing unit derived from the NAVIS NR9 family and produced by another. These are brought together through an interface unit manufactured by a third enterprise, Temp-Avia, which is already known for flight-control systems on Russian guided aerial bombs. Architecturally, this points to a modular approach: a hardened GNSS receiver, a dedicated processing block and an interface layer that can be reused across different munitions. From a tactical perspective, the emphasis on jam-resistant satellite guidance reflects lessons learned from Ukraine’s expanding electronic warfare capabilities, which have forced Russia to harden and diversify its navigation solutions for long-range weapons.
Despite this emphasis on domestic assembly, DIU stresses that Izdeliye-30 remains critically dependent on imported microelectronics. All three components of the navigation system, the Kometa-M12 receiver, the KB Navis computing unit and the Temp-Avia interface, contain parts manufactured by foreign companies based in the United States, Switzerland, China and the Netherlands. A separate electronic control unit for the warhead, designated BUBS-30, is built on a Russian component base and centred on a 32-bit ARM-architecture microcontroller, the 1986VE1AT produced domestically by PKK Milandr. Together, these details show an industrial strategy in which Moscow tries to retain control over key logic and safety functions while still relying on international supply chains for critical signal-processing and interface chips. For Ukraine and its partners, every identified microcircuit and manufacturer becomes an additional reference point for export-control policies and customs screening.
The warhead section is central to understanding the missile’s role in Russia’s strike doctrine. With a reported weight of around 800 kilograms, Izdeliye-30 carries roughly double the payload associated with many earlier Russian air-launched cruise missiles such as the Kh-101’s original 400-kilogram conventional configuration. Ukrainian and open-source analysis of recent Kh-101 variants has already shown a trend toward heavier and sometimes dual warheads, trading fuel volume and range for greater destructive effect. The data now released on Izdeliye-30 suggest a missile optimised from the outset for high-payload missions against fixed, high-value targets, such as large energy facilities, transport nodes or industrial complexes, rather than for extreme-range penetration. In this context, the dedicated BUBS-30 electronic control unit can be seen as a way to manage complex fuzing logic and potentially multiple warhead modes, allowing planners to tailor effects to different target sets.
Operationally, DIU reports that the first documented uses of Izdeliye-30 against Ukraine were recorded at the end of 2025, with debris recovered after missile attacks and subsequently analysed. The missile’s compatibility with AKU-5M ejection devices implies that it can be carried by the same long-range aviation platforms that currently launch Kh-101 and related systems, such as the Tu-95MS and Tu-160. Once integrated on these aircraft, Izdeliye-30 becomes part of a broader Russian concept of stand-off strike: bombers remain outside Ukrainian airspace while salvo-firing cruise missiles along varied routes designed to bypass radar coverage and saturate air-defence sectors. Coupled with the 1,500-kilometre range, this allows Russia not only to target central Ukraine but also to threaten energy and transport infrastructure in the country’s west, close to the main corridors used for international military and humanitarian assistance.
For Ukrainian air defenders, the arrival of Izdeliye-30 reinforces challenges that have already emerged with earlier cruise missiles but adds new complexity. The missile follows a subsonic, low-altitude flight profile typical of modern long-range cruise systems, forcing Ukrainian radar operators and infrared search and track assets to maintain wide-area vigilance and leaving little margin for delayed detection. The hybrid satellite navigation system, designed to be jam-resistant and supported by a dedicated computing unit, reduces the effectiveness of simple GNSS-denial techniques on its own, even though the missile still depends on pre-programmed routes and can be influenced by changes in the air-defence layout. At the tactical level, this means Kyiv must continue to combine early warning, fighter interception, ground-based air-defence systems and electronic warfare into layered protection, knowing that a single leakage in the defensive belt could allow an 800-kilogram warhead to reach a strategically important site.
At the geostrategic level, the emergence of Izdeliye-30 signals that Moscow is prepared to keep investing in heavy, long-range conventional strike systems even as the war in Ukraine enters its third year and economic pressures mount. A missile with a 1,500-kilometre reach, an 800-kilogram warhead and hardened satellite navigation is designed not only to threaten Ukrainian infrastructure but also to project the image of a state capable of sustaining complex precision-strike programmes under sanctions. For Kyiv and its partners, the DIU’s transparency about the missile’s inner workings is both a warning and an opportunity: a warning that Russia is fielding new tools for coercive bombardment, and an opportunity to tighten the mesh of export controls and air defence cooperation around the specific technologies that make such weapons viable.
By systematically exposing the secrecy surrounding the Izdeliye-30, Ukraine has transformed a previously opaque threat into a thoroughly analyzed weapons system whose design and weaknesses are now accessible to technical experts and policymakers alike. While the missile itself broadens the Kremlin’s capacity for long-range strikes against Ukrainian targets, the intelligence now in circulation equally broadens opportunities for coordinated countermeasures, from reinforcing multi-layered air defences to constraining the supply of critical microelectronics to Russia’s defence industry. The broader message is clear: every new weapon deployed against Ukraine will be examined in detail, integrated into collective security planning, and used to further limit Russia’s ability to sustain long-range conventional warfare.
Written by Teoman S. Nicanci – Defense Analyst, Army Recognition Group
Teoman S. Nicanci holds degrees in Political Science, Comparative and International Politics, and International Relations and Diplomacy from leading Belgian universities, with research focused on Russian strategic behavior, defense technology, and modern warfare. He is a defense analyst at Army Recognition, specializing in the global defense industry, military armament, and emerging defense technologies.
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Ukraine has publicly unveiled the internal design and production network of Russia’s new Izdeliye-30 air-launched cruise missile through an official intelligence release. The disclosure strengthens Kyiv’s push to tighten sanctions enforcement and improve Western air defense planning against emerging Russian long-range strike systems.
On 2 March 2026, Ukraine’s Defence Intelligence (DIU) released a comprehensive briefing on Russia’s newly developed air‑launched cruise missile, the “Izdeliye‑30”. The publication transformed what had previously been a scarcely defined designation into a well‑documented weapon system. Through the War & Sanctions portal’s Components in Weapons section, the DIU unveiled an interactive 3D model of the missile, detailed its principal assemblies, and identified at least 20 enterprises involved in its production chain. This disclosure, published via the DIU’s official website, follows months of intensive Russian missile and drone attacks on Ukrainian cities and critical infrastructure. By revealing the technical architecture of Izdeliye‑30, Kyiv underscores to its partners that every new Russian long‑range weapon can be systematically analyzed and leveraged to strengthen both air‑defence operations and sanctions enforcement.
Ukraine’s Defence Intelligence publicly unveiled a detailed 3D model and production network analysis of Russia’s new Izdeliye 30 air-launched cruise missile, exposing its internal structure and at least 20 companies tied to its manufacture (Picture Source: Ukraine’s Defence Intelligence)
According to the DIU, Izdeliye-30 is a subsonic, long-range cruise missile with a wingspan of about three metres, an 800-kilogram warhead and an operational range of at least 1,500 kilometres. This performance envelope allows launches from deep inside Russian territory while still covering the entire territory of Ukraine. The missile is attributed to OKB Zvezda, a design bureau within the Tactical Missiles Corporation, and several of its subsystems are unified with existing Russian weapons. The pneumatic pyrovalve is reported to be identical to the component used in the Kh-35U anti-ship missile, while the ejection launcher resembles the AKU-5M racks used to release Kh-101, Kh-55 and Kh-555 cruise missiles from long-range bombers. This continuity suggests that Izdeliye-30 has been engineered to fit existing bomber fleets and launch infrastructure, reducing integration time and allowing Russia to introduce a new cruise missile without having to reconfigure its main strike platforms.
The navigation and guidance suite is described as one of the most distinctive aspects of the missile. For what Ukrainian intelligence presents as the first time in a Russian cruise missile, the satellite navigation system is built as a hybrid of two separate domestic products: a jam-resistant Kometa-M12 satellite signal receiver with a digital antenna array, produced by one company, and a separate receiving and computing unit derived from the NAVIS NR9 family and produced by another. These are brought together through an interface unit manufactured by a third enterprise, Temp-Avia, which is already known for flight-control systems on Russian guided aerial bombs. Architecturally, this points to a modular approach: a hardened GNSS receiver, a dedicated processing block and an interface layer that can be reused across different munitions. From a tactical perspective, the emphasis on jam-resistant satellite guidance reflects lessons learned from Ukraine’s expanding electronic warfare capabilities, which have forced Russia to harden and diversify its navigation solutions for long-range weapons.
Despite this emphasis on domestic assembly, DIU stresses that Izdeliye-30 remains critically dependent on imported microelectronics. All three components of the navigation system, the Kometa-M12 receiver, the KB Navis computing unit and the Temp-Avia interface, contain parts manufactured by foreign companies based in the United States, Switzerland, China and the Netherlands. A separate electronic control unit for the warhead, designated BUBS-30, is built on a Russian component base and centred on a 32-bit ARM-architecture microcontroller, the 1986VE1AT produced domestically by PKK Milandr. Together, these details show an industrial strategy in which Moscow tries to retain control over key logic and safety functions while still relying on international supply chains for critical signal-processing and interface chips. For Ukraine and its partners, every identified microcircuit and manufacturer becomes an additional reference point for export-control policies and customs screening.
The warhead section is central to understanding the missile’s role in Russia’s strike doctrine. With a reported weight of around 800 kilograms, Izdeliye-30 carries roughly double the payload associated with many earlier Russian air-launched cruise missiles such as the Kh-101’s original 400-kilogram conventional configuration. Ukrainian and open-source analysis of recent Kh-101 variants has already shown a trend toward heavier and sometimes dual warheads, trading fuel volume and range for greater destructive effect. The data now released on Izdeliye-30 suggest a missile optimised from the outset for high-payload missions against fixed, high-value targets, such as large energy facilities, transport nodes or industrial complexes, rather than for extreme-range penetration. In this context, the dedicated BUBS-30 electronic control unit can be seen as a way to manage complex fuzing logic and potentially multiple warhead modes, allowing planners to tailor effects to different target sets.
Operationally, DIU reports that the first documented uses of Izdeliye-30 against Ukraine were recorded at the end of 2025, with debris recovered after missile attacks and subsequently analysed. The missile’s compatibility with AKU-5M ejection devices implies that it can be carried by the same long-range aviation platforms that currently launch Kh-101 and related systems, such as the Tu-95MS and Tu-160. Once integrated on these aircraft, Izdeliye-30 becomes part of a broader Russian concept of stand-off strike: bombers remain outside Ukrainian airspace while salvo-firing cruise missiles along varied routes designed to bypass radar coverage and saturate air-defence sectors. Coupled with the 1,500-kilometre range, this allows Russia not only to target central Ukraine but also to threaten energy and transport infrastructure in the country’s west, close to the main corridors used for international military and humanitarian assistance.
For Ukrainian air defenders, the arrival of Izdeliye-30 reinforces challenges that have already emerged with earlier cruise missiles but adds new complexity. The missile follows a subsonic, low-altitude flight profile typical of modern long-range cruise systems, forcing Ukrainian radar operators and infrared search and track assets to maintain wide-area vigilance and leaving little margin for delayed detection. The hybrid satellite navigation system, designed to be jam-resistant and supported by a dedicated computing unit, reduces the effectiveness of simple GNSS-denial techniques on its own, even though the missile still depends on pre-programmed routes and can be influenced by changes in the air-defence layout. At the tactical level, this means Kyiv must continue to combine early warning, fighter interception, ground-based air-defence systems and electronic warfare into layered protection, knowing that a single leakage in the defensive belt could allow an 800-kilogram warhead to reach a strategically important site.
At the geostrategic level, the emergence of Izdeliye-30 signals that Moscow is prepared to keep investing in heavy, long-range conventional strike systems even as the war in Ukraine enters its third year and economic pressures mount. A missile with a 1,500-kilometre reach, an 800-kilogram warhead and hardened satellite navigation is designed not only to threaten Ukrainian infrastructure but also to project the image of a state capable of sustaining complex precision-strike programmes under sanctions. For Kyiv and its partners, the DIU’s transparency about the missile’s inner workings is both a warning and an opportunity: a warning that Russia is fielding new tools for coercive bombardment, and an opportunity to tighten the mesh of export controls and air defence cooperation around the specific technologies that make such weapons viable.
By systematically exposing the secrecy surrounding the Izdeliye-30, Ukraine has transformed a previously opaque threat into a thoroughly analyzed weapons system whose design and weaknesses are now accessible to technical experts and policymakers alike. While the missile itself broadens the Kremlin’s capacity for long-range strikes against Ukrainian targets, the intelligence now in circulation equally broadens opportunities for coordinated countermeasures, from reinforcing multi-layered air defences to constraining the supply of critical microelectronics to Russia’s defence industry. The broader message is clear: every new weapon deployed against Ukraine will be examined in detail, integrated into collective security planning, and used to further limit Russia’s ability to sustain long-range conventional warfare.
Written by Teoman S. Nicanci – Defense Analyst, Army Recognition Group
Teoman S. Nicanci holds degrees in Political Science, Comparative and International Politics, and International Relations and Diplomacy from leading Belgian universities, with research focused on Russian strategic behavior, defense technology, and modern warfare. He is a defense analyst at Army Recognition, specializing in the global defense industry, military armament, and emerging defense technologies.
