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The controversy behind Trump’s reaction US President Donald Trump’s sharp criticism of Russian President Vladimir Putin’s announcement of a new nuclear-powered cruise missile, the Burevestnik, dubbed the “Flying Chernobyl,” has reignited global debate over nuclear deterrence, environmental safety, and the future of arms control. Speaking aboard Air Force One on Monday (October 27), Trump dismissed the missile test as “reckless” and urged Putin to “end the war” in Ukraine instead of “testing dangerous nukes.” His comments came just a day after Putin revealed that Russia had completed the final test of the Burevestnik, claiming it had “unlimited range” and could strike “any target on Earth.” The exchange is more than political theater. The Burevestnik represents one of the most dangerous and unconventional weapons ever designed and one that could redefine nuclear warfare. What is the Burevestnik, Russia’s so-called “Flying Chernobyl”? Named after a seabird that thrives in storms, the Burevestnik (NATO designation: SSC-X-9 Skyfall) is a nuclear-powered cruise missile first announced by Putin in 2018. Unlike conventional missiles powered by liquid or solid fuel, it uses a miniaturized nuclear reactor as its propulsion system. That means, in theory, the missile could stay aloft indefinitely, circling the globe multiple times before striking its target, effectively removing range limitations from Russia’s strategic arsenal. Key specifications Propulsion: Nuclear-powered engine Range: Potentially up to 20,000 km (12,400 miles) Flight endurance: Tested for at least 15 hours in its latest trial (October 2025) Capabilities: Designed to evade missile defenses, fly at low altitudes, and deliver nuclear warheads with pinpoint accuracy According to Russia’s chief of staff, Valery Gerasimov, the missile’s “technical characteristics allow it to strike protected sites anywhere in the world with guaranteed precision.” How does the nuclear propulsion system work? Unlike ballistic missiles that rely on a one-time fuel burn, the Burevestnik’s engine is believed to function like a mini nuclear reactor that heats incoming air to generate thrust. This allows for sustained propulsion and flight duration far beyond the reach of traditional weapons. However, the same feature that gives the missile its unprecedented range also makes it extraordinarily risky. A malfunction or crash could scatter radioactive material across vast areas, hence the nickname “Flying Chernobyl.” Why experts are alarmed Radiation hazards: Several Western analysts argue that even successful tests could leak radiation, given the small reactor’s exposure during flight. Environmental contamination: In 2019, a Burevestnik-related explosion during testing near the Arctic Circle reportedly caused a radiation spike in the nearby city of Severodvinsk. Unpredictability: If guidance systems fail, a nuclear-propelled missile could travel erratically, posing dangers to unintended regions. Why the missile’s “unlimited range” matters strategically Russia’s claim of “unlimited range” changes the calculus of global deterrence. While intercontinental ballistic missiles (ICBMs) already reach thousands of miles, the Burevestnik could theoretically fly under radar for extended periods and approach targets from unexpected directions. In essence, it could render existing missile defense systems, including the US Aegis and THAAD networks, less effective or even obsolete. Implications for global security Arms race escalation: The successful test adds pressure on NATO and the US to pursue countermeasures or rival technologies. Treaty erosion: With arms control agreements like New START under strain, weapons like the Burevestnik further erode the global non-proliferation framework. Geopolitical signaling: Putin’s announcement, amid an ongoing war and Western sanctions, is seen as a message of strength to both domestic and foreign audiences. Trump’s criticism: Political posturing or legitimate concern? Trump’s statement, “He ought to get the war ended instead of testing missiles,” resonates with his administration’s narrative that prioritizes ending “endless wars” over expanding nuclear capabilities. But his criticism also underscores a genuine strategic concern: a nuclear-powered missile blurs the line between conventional deterrence and environmental catastrophe. During his 2024 campaign, Trump frequently claimed he could end the Ukraine war “in 24 hours.” Now, as tensions rise again, his remarks about the Burevestnik could be seen as both a diplomatic warning and a test of leadership optics against Putin. The environmental and ethical dilemma Beyond military strategy, the Burevestnik raises profound ethical questions: Should any nation deploy technology that risks radioactive fallout during testing or flight? Can “unlimited range” ever justify unlimited risk? Environmental groups and defense analysts alike warn that the pursuit of nuclear-powered propulsion in weapons violates basic principles of environmental stewardship and safety. Western experts often cite the 1960s US Project Pluto, a Cold War-era experiment to develop a similar nuclear ramjet missile that was eventually abandoned due to catastrophic safety concerns, an apt historical parallel for Russia’s “Flying Chernobyl.” What happens next If Russia proceeds toward deployment, the Burevestnik could become a game-changer in modern warfare, pushing other nuclear states to rethink their deterrence models. Yet, its true threat may lie not in its potential use, but in the precedent it sets, normalizing the militarization of nuclear technology in propulsion systems. As experts have noted, even a single test accident could contaminate the Arctic ecosystem or international waters, forcing the world to confront the costs of pushing technological boundaries without adequate safeguards. Russia claims successful testing of its nuclear-powered cruise missile, the Burevestnik, or “Flying Chernobyl.” The missile allegedly has an unlimited range and can evade all defense systems. Trump slammed Putin for the test, urging him to “end the war” instead. Experts warn the missile poses severe radiation and environmental risks. Its development signals a new phase in the nuclear arms race, with unpredictable global implications.
