This video provides a technical and strategic analysis of Russia's recently tested nuclear-powered cruise missile, the 9M730 Burevestnik (NATO designation: SSC-X9 Skyfall). The analysis begins by acknowledging Russia's claim of a successful 15-hour test flight and explains the core technology: a nuclear reactor acting as the heat source for a ramjet or turbojet engine, theoretically granting the missile near-unlimited range.
The video contextualizes this development by drawing parallels to abandoned US Cold War programs, most notably the nuclear-powered bomber testbed (NB-36H) and Project Pluto, a supersonic nuclear ramjet missile. These programs were cancelled because they were deemed excessively provocative "doomsday weapons" at a time when ICBMs were already a sufficient deterrent. The video posits that Russia's motivation is to develop an alternative nuclear delivery system to circumvent modern US missile defenses.
However, a critical assessment questions the missile's actual strategic value, highlighting its subsonic speed, apparent lack of stealth features, and unproven reliability for real-world missions. The conclusion suggests the Burevestnik is more of a propaganda tool than a practical weapon. The video's primary concern is not the missile itself, but the risk that its development could provoke the US into resuming nuclear testing, thereby nullifying America's current advantage in advanced simulation and non-critical testing technologies and potentially triggering a new arms race.
An Analysis of Russia's "Flying Chernobyl"
0:04 - Russia's New Weapon: Russia claims a successful 15-hour, 14,000 km test flight of its nuclear-powered cruise missile, the 9M730 Burevestnik (SSC-X9 Skyfall). This follows a high-profile failure in 2019 that released radioactivity detected in Scandinavia.
1:16 - Nuclear Propulsion Concept: The missile uses a compact nuclear reactor to heat air passing through a jet engine (likely a ramjet). This replaces chemical fuel, giving the missile a theoretical endurance of days or even weeks.
1:45 - A Revived Cold War Idea: The concept is not new. The US explored similar technology in the 1950s and 60s with the NB-36H (a bomber carrying an operational reactor) and the more infamous Project Pluto.
3:59 - US Precedent: Project Pluto: Project Pluto was a program to build a supersonic, low-altitude nuclear-powered ramjet missile (SLAM). It was designed to drop multiple warheads and contaminate the ground with its unshielded reactor exhaust. The US abandoned it, considering it an overly provocative doomsday weapon when ICBMs were already effective.
5:08 - Modern Strategic Motivation: Russia is likely developing the Burevestnik to create a nuclear delivery system that can defeat modern US missile defense systems by using its extreme range to fly unpredictable, circuitous routes to a target.
6:40 - Probable Design and Operation: The missile is likely a nuclear ramjet, which is simpler than a turbojet. It uses a conventional rocket booster for launch to accelerate to a speed where the ramjet can function, at which point the reactor is activated.
7:43 - A Questionable Threat: Despite its long range, the missile's strategic effectiveness is debatable. It has been demonstrated flying at slow, subsonic speeds and does not appear to have stealth characteristics, making it vulnerable to existing air defense systems designed to intercept cruise missiles.
9:15 - The Real Danger: A New Arms Race: The video argues the greatest threat is not the missile itself but the geopolitical reaction. Russia's boasting could provoke the US to resume live nuclear warhead testing. This would abandon the Comprehensive Test Ban Treaty and allow adversaries to close the technological gap, as the US currently holds a significant lead in advanced, non-critical testing methods (e.g., the National Ignition Facility).