Russia completes successful test of Burevestnik nuclear-powered missile

Russia is preparing to integrate the nuclear-powered Burevestnik missile into its army. Russian President Vladimir Putin announced that the final test of the new nuclear-powered cruise missile, Burevestnik, which has a range of 14,000 kilometers, has been successfully completed.

Putin stated that the Burevestnik missile, which he described as “land-based, capable of carrying a nuclear warhead, and having unlimited range,” is a “unique system.”

In a video released by the Kremlin, Putin was seen telling military officials in a meeting, “The tests are now complete.”

The Russian leader also announced that infrastructure preparations have begun for the missile to be put into service with the army.

Putin said, “This missile is a technological marvel, unlike anything else in the world. Thanks to its nuclear-powered engine, it has an unlimited range.”

14,000-kilometer flight

Chief of the General Staff Valeriy Gerasimov announced that in the final test conducted on October 21, the missile flew for approximately 15 hours and covered a distance of 14,000 kilometers.

Gerasimov stated that the system has “no upper limit,” adding, “Burevestnik’s technical specifications allow it to strike highly protected targets with precision anywhere in the world.”

Western defense plans may change

The cruise missile, which Russia calls the 9M730 Burevestnik (NATO code: SSC-X-9 Skyfall), can remain airborne for extended periods, independent of fuel constraints, thanks to its nuclear reactor-powered propulsion system. The missile’s vast range and unpredictable route-changing capabilities create new strategic challenges for Western defense planning.

According to military experts, unlike conventional cruise missiles, the Burevestnik can fly at low altitudes for hours or remain in a holding pattern before reaching its target. This feature reduces the reaction time for defense systems and makes radar detection difficult.

Western military circles indicate that these qualities necessitate a re-evaluation of the current defense architecture.

Flight models limited by fuel will have to be replaced by new strategies that include “indefinite loitering” and “approach from any direction” scenarios. Experts emphasize that this could have not only military but also diplomatic consequences.

Technical details

According to the Russian Ministry of Defence, the Burevestnik, which is approximately 12 meters long, uses a solid-fuel rocket motor for its initial launch phase before switching to its nuclear reactor-powered propulsion system.

This system allows the missile to bypass defense lines and conduct long-duration flights.

The Burevestnik’s size is close to that of the Kh-101 type cruise missiles used by the Russian army, but its range is much greater.

While the nuclear version of the Kh-102 can carry a warhead of about 250 kilotons, the Burevestnik’s warhead is estimated to be of a similar yield.

The missile’s flat-edged body design and radar-absorbent coating, which provide a low radar cross-section, make it difficult to detect.

It is also reported that the latest version is equipped with decoy systems and electronic jamming hardware.

The missile is considered part of Russia’s “versatile nuclear triad,” alongside the already operational Sarmat intercontinental ballistic missile, the Avangard hypersonic glide vehicle, and the Poseidon nuclear torpedo.