The 9M730 Burevestnik is a Russian nuclear-powered, nuclear-capable cruise missile intended for very long-range, low-altitude flight that could route around missile-defense coverage. Russia claimed a 14,000 km, 15-hour test in October 2025, but open-source analysts still treat the missile's propulsion details, safety record, basing concept, and operational fielding as uncertain.
Russia has not publicly documented Burevestnik combat use in a specific war; the system is tracked here for its source-backed strategic nuclear signaling, test activity, and intended role as a long-range cruise missile outside normal treaty categories.
Russian state-media reporting said Burevestnik could be adapted for existing Iskander launchers, making launcher compatibility part of the missile's open-source record but not a confirmed technical baseline.
| Launcher | Launcher type | Launch evidence |
|---|---|---|
 | Missile launcher system | TASS quoted a Russian military expert saying Iskander launchers could be rapidly upgraded to fire Burevestnik. Sources: Burevestnik Missile Compatible with Iskander, Oreshnik Launchers |
PISM reports that U.S. intelligence first detected the program around 2016 at Kapustin Yar under the KY-30 designation, before later NATO use of SSC-X-9 Skyfall.
Sources: Military Application of Nuclear Propulsion: Russian 9M730/SSC-X-9 Cruise Missile Project
Russia presented Burevestnik as one of several new strategic systems, describing it as a nuclear-powered cruise missile intended to complicate U.S. missile-defense planning.
Sources: Military Application of Nuclear Propulsion: Russian 9M730/SSC-X-9 Cruise Missile Project, Russia's Nuclear-Powered Burevestnik Missile
PISM notes that Russia showed at least four 9M730 missiles or mock-ups at a Novator-associated facility after Western reporting on a prototype crash and Barents Sea recovery effort.
Sources: Military Application of Nuclear Propulsion: Russian 9M730/SSC-X-9 Cruise Missile Project
CSIS Missile Threat reported that Russia conducted what U.S. intelligence sources described as the 13th Burevestnik test, with the missile still in development and only partially successful.
Sources: Russia Tests Nuclear-Powered Burevestnik Cruise Missile
Bellona reported that five Rosatom-linked specialists died after an Arctic test accident involving radioactive material; analysts suspected a Burevestnik connection, but Russian official statements did not name the missile.
Sources: Small Nuclear Reactor Blew Up in Deadly Arctic Accident
Reuters reported that U.S. researchers identified nine possible horizontal launch pads near the Vologda-20/Chebsara nuclear warhead storage facility, while outside experts cautioned that the imagery was not definitive.
Sources: Reuters: Probable Burevestnik Deployment Site
Russian officials claimed Burevestnik flew more than 14,000 km over about 15 hours, after which Putin ordered work on deployment infrastructure while acknowledging more work was needed before combat duty.
Sources: Visit to the Joint Force Command Post, Russia Tests Nuclear-Powered Cruise Missile, Torpedo, Russia's Nuclear-Powered Burevestnik Missile
TASS quoted a Russian military expert saying Burevestnik could be adapted for existing Iskander and Oreshnik launchers, a compatibility claim that remains Russian media/expert reporting rather than an independently verified technical manual.
Sources: Burevestnik Missile Compatible with Iskander, Oreshnik Launchers
An MIT study modeled Burevestnik as a high-subsonic nuclear-powered cruise missile, estimating a roughly 9.5 m length, 5.6 m wingspan, and likely direct-cycle nuclear turbojet architecture with a detectable radiological signature.
Sources: Burevestnik: Performance and Atmospheric Radiation Signatures
