Russia Tests Burevestnik Nuclear Missile
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Article Summary
Russian Burevestnik Nuclear-Powered Cruise Missile Test Overview
Missile Specifications:
- Name: Burevestnik (9M730), known in NATO as SSC-X-9 Skyfall.
- Capabilities: Nuclear-powered, capable of carrying nuclear warheads, with an unlimited range and unpredictable trajectory.
- Test Details: Announced by Russian President Vladimir Putin on October 26, 2023; missile traveled 14,000 km (8,700 miles) over a period of 15 hours on nuclear power.
Nuclear Propulsion Technology:
- Description: Utilizes a miniature nuclear reactor to heat air for thrust, replacing traditional chemical fuel.
- Theoretically allows for continuous flight as long as the reactor is operational.
- Previous Comparisons: Similar concepts explored in 1960s US Project Pluto (though never operational due to safety concerns).
Flight and Test History:
- Prior Attempts: At least 13 test attempts from 2017-2021, with most failing shortly after launch, per US and NATO intelligence reports.
- Notable Failures: 2019 explosion during a test resulted in the death of five Russian nuclear specialists, indicating prior test challenges.
- Surveillance: Satellite imagery and radiation data suggest multiple crash recoveries indicative of unsuccessful tests.
International Treaties and Arms Control:
- Relevance of New START Treaty: Limits on US and Russian strategic nuclear forces set to expire in early 2024.
- Current Status: Originally signed in 2010, it limits both nations to 1,550 strategic warheads and 700 launchers. Russia suspended participation in February 2023.
- Implications: Development of Burevestnik is perceived as Russia's strategy to circumvent the treaty's restrictions on nuclear weapon definitions.
Strategic Implications:
- Potential for renewed arms race as global security dynamics shift.
- Reaction from the US: Previous positive commentary from US President Trump regarding potential voluntary limitations by Russia.
- Developments suggest a significant escalation in nuclear weaponry strategies between major powers.
Safety Considerations:
- Numerous test-related failures have raised concerns about the operational reliability and safety of nuclear propulsion systems.
- The presence of harmful radionuclides detected post-tests suggests ongoing risks tied to testing nuclear-powered systems.
Conclusion: The Burevestnik missile test highlights advancements in Russia's military capabilities and raises critical questions surrounding international arms control, especially with upcoming treaty expirations potentially exacerbating global tensions.
Key Terms & Concepts
| Burevestnik | Nuclear-powered cruise missile |
| NATO | Military alliance label for Burevestnik |
| 14,000 km | Distance traveled in test |
| 15 hours | Flight duration in test |
| New START Treaty | Nuclear arms limitation treaty |
| 1,550 | Strategic warheads limit |
| 700 | Strategic launchers limit |
| 2010 | Year New START Treaty signed |
| 2026 | New START Treaty expiry |
| 2019 explosion | Incident during Burevestnik testing |
| Nyonoksa | Location of test failure |
| iodine-131 | Radioactive isotope detected |
| Vologda-20 | Probable deployment site |
| 295 miles (475 km) | Distance from Moscow |


