Moscow strikes won’t give Zelensky a military advantage

Unherd  |  Bethany Elliott

Ukraine launched its largest drone attack of the year against Russia on August 16, 2026, targeting Moscow and critical defense infrastructure with long-range unmanned aerial vehicles. Russian air defenses claimed to intercept 1,478 drones in 24 hours, including 201 over the capital region out of 600 targeted. Kyiv's strikes hit military airfields, Wildberries logistics centers, and facilities supporting Russia's nascent Rassvet space-based internet network designed to compete with Starlink.

While these deep strikes demonstrate Ukrainian operational reach and bolster President Volodymyr Zelensky's diplomatic push in Washington for additional Patriot interceptor missiles, they are unlikely to compel Russian President Vladimir Putin toward peace negotiations. Moscow has responded by escalating retaliatory missile strikes against Ukrainian energy grid facilities and urban centers. Furthermore, Ukrainian intelligence indicates the Kremlin is preparing to mobilize up to 500,000 additional troops following Russia's September parliamentary elections, while expanding domestic ballistic missile production and integrating North Korean military equipment to sustain prolonged, high-intensity operations.

Comment

Targeting facilities supporting the Rassvet satellite constellation reflects a deliberate counter-space effort aimed at disrupting Moscow's emerging orbital communications architecture. By striking the rocket development and ground segment infrastructure supporting this network, Ukrainian long-range strike units seek to degrade Russia's capacity to deploy a military-grade data-link capability. Without an operational low-Earth orbit constellation comparable to Starlink, Russian forward elements remain dependent on vulnerable terrestrial relays and commercial satellite bandwidth.

This targeting logic mirrors counter-command actions observed during Operation Desert Storm, where degrading space ground stations severely delayed adversary tactical integration. Suppressing the terrestrial ground segment of the Rassvet network creates persistent delays in real-time sensor-to-shooter loops for Russian field commanders. Consequently, Russian reliance on terrestrial command relays leaves strike platforms like the Geran-2 drone vulnerable to localized electronic warfare jamming along the Dnieper front.

Strategic Question for Discussion

If Ukrainian interdiction continues to delay the operational deployment of the Rassvet satellite network, which operational adaptation will prove more decisive for Russian strike complexes — relying on tethered relay drones or expanding localized fiber-optic control networks?

The trajectory of recent frontline operations suggests that expanding fiber-optic controlled uncrewed systems provides far greater immediate resistance to electronic warfare than airborne relay drones. While tethered relays remain vulnerable to long-range air defense interdiction, wire-guided assets eliminate signal emission footprints altogether along high-intensity engagement lines. Consequently, Russian tactical units are likely to prioritize localized physical control cables over vulnerable orbital or aerial data-links for short-range combat operations.

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