Inventory Overview

Strike Campaign Scale

• Russia has conducted mass missile-and-drone strikes against Ukraine's energy infrastructure, particularly in autumn/winter cycles (2022–23, 2023–24, 2024–25) when power grid disruption inflicts maximum humanitarian pressure; the strikes have consistently targeted thermal power plants, hydroelectric dams, high-voltage substations, and district heating systems
• By the Ukraine Air Force's own count, Russia had fired over 6,000 missiles of all types and over 10,000 drones at Ukraine by mid-2025; these are cumulative figures across more than three years of sustained air campaign
• Strike pattern has evolved: early war focused on military targets and command nodes; from autumn 2022 shifted heavily to strategic infrastructure (energy, communications, transport); by 2024–2025 mass combined attacks using both ballistic/cruise missiles and Shaheds in saturation patterns designed to overwhelm Ukrainian air defences simultaneously on multiple tracks
• The most destructive attacks on Ukraine's energy system occurred in spring 2024 — Russia launched an exceptionally large strike campaign targeting thermal power plants, destroying a significant portion of Ukraine's generation capacity; the damage to Ukrainian energy infrastructure by 2025 has been assessed as the worst since WWII

Production Capacity Estimates

• All production estimates carry significant uncertainty — Russia does not publish defence production data; Western intelligence estimates are inferences from facility satellite imagery, component supply chain tracking, and OSINT reporting
• The pattern across all systems is similar: significant disruption in 2022–early 2023 as sanctions cut off Western-origin microelectronics (US, EU, Taiwanese chips used in guidance systems); partial recovery by 2023–2024 through alternative sourcing (China-adjacent supply chains, reverse engineering, substituting some guidance functions with lower-specification Chinese components)

Sanctions Impact on Production

• Russia's precision weapons use Western and Taiwanese (TSMC-fabbed) microchips in guidance and navigation systems; early post-invasion sanctions restricted export of these components under US export control law (EAR) and EU equivalents; the initial sanctions caused measurable disruption — evidence from captured missiles showed use of older Soviet-era chip stockpiles and some improvised substitutions
• Sanctions evasion networks: Russia rebuilt supply chains through third countries — UAE, Turkey, China, India, and others became transit hubs for controlled components; US secondary sanctions enforcement has been applied to some of these networks but enforcement is imperfect; reports from Ukraine's Security Service of recovered missile components consistently show both sanctioned chips sourced indirectly and Chinese alternatives
• The strategic conclusion from three years of sanctions: Western export controls significantly increased Russia's production costs and timeline for recovery, and likely reduced initial production by 30–50%; they did not and cannot stop Russia's missile production entirely, given the global reach of electronic component supply chains and Russia's willingness to pay premium prices for sanctioned goods through intermediaries
• Long-term: Russia is investing in domestic microelectronics production to reduce sanctions vulnerability; given the decades-long gap between Russian and global frontier semiconductor capability, this is a multi-decade project that will not resolve Russia's chips dependency in the near term

Iranian Shahed Supplement

• Iranian Shahed-136 loitering munitions (marketed by Russia under the designation "Geran-2") have been used in the thousands in Ukraine since autumn 2022; Iran supplied Russia with an initial batch and subsequently transferred production knowledge; a Russia-based Shahed production facility at Yelabuga (Republic of Tatarstan) came operational in 2023–2024
• Shaheds are cheaper (~$20,000–50,000 per unit) and simpler than ballistic/cruise missiles; they are used in saturation attacks that complicate air defence by presenting multiple simultaneous targets across a wide area, consuming interceptors that cost far more per shot than the Shahed itself
• The Shahed supplement has allowed Russia to sustain a high operational tempo of strikes on Ukraine's energy infrastructure even as precision missile stocks fluctuate; the marginal cost of a Shahed strike is a fraction of a Kh-101 or Kalibr strike, allowing larger attack packages
• Ukrainian air defence has achieved high intercept rates against Shaheds (80–90%+ in some periods, using a combination of Patriot for ballistic threats, IRIS-T and Gepard for drone intercepts, and small arms); but the volume of Shahed launches has ensured that a percentage consistently gets through, causing cumulative infrastructure damage

Air Defence Interception Demand

• Ukraine's air defence costs have escalated with Russia's saturation attack strategy; Patriot interceptors cost approximately $4–6 million each; intercepting a $50k Shahed with a $5M Patriot missile is economically unsustainable at scale; Ukraine has partly solved this by using cheaper systems (Gepard, NASAMS, Hawk, RBS-70, man-portable Stingers) for Shahed intercepts and reserving Patriot for ballistic and high-value cruise missile threats
• Ukraine's interceptor inventory has been periodically strained — Russia adapted strike timing and approach corridors to saturate defences; the solution has required continuous resupply of both interceptors and the systems themselves; by 2025, Ukraine operates a multi-layered air defence "ecosystem" utilising more system types from more countries than any nation in history
• The economic asymmetry remains a persistent problem: Russia can strike at lower cost per attack than Ukraine intercepts; the only sustainable solution is degrading Russian production capacity (difficult under current conditions) or developing lower-cost intercept solutions (actively being developed by Ukraine and partners, including directed-energy and electronic jamming approaches)

Assessment

• Russia's missile campaign has significantly degraded Ukraine's energy infrastructure but has not achieved its apparent strategic objectives of breaking civilian morale or forcing strategic capitulation; Ukraine has demonstrated extraordinary civilian resilience; emergency generator networks, distribution restoration, and population adaptation have limited the strategic effect despite enormous material damage
• Production recovery: Russia has recovered approximately to pre-war production rates by 2024–2025, suggesting the sanctions impact was a temporary degradation rather than a permanent reduction; combined with Iranian Shahed supply, Russia has more than enough strike capacity to sustain the campaign indefinitely
• For Ukraine's long-term security: the missile threat requires sustained air defence investment; domestically, Ukraine needs to develop its own missile production capacity for deterrent and potential counter-strike purposes; both objectives are within Ukraine's industrial capability and are actively being pursued as of early 2026

Frequently Asked Questions