The Rassvet program moved from experiment to operational deployment on March 23, 2026, when a Soyuz-2.1b rocket launched the first batch of 16 Rassvet-3 production satellites from the Plesetsk Cosmodrome . This mission was preceded by two experimental launches, Rassvet-1 and Rassvet-2, which placed a total of six test satellites in orbit in 2023 and 2024
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By early June, however, Russia's fledgling network suffered a setback. On approximately June 9, Bureau 1440 confirmed the loss of one of its 16 newly launched production satellites, as reported by the Russian business daily Kommersant and spacecraft monitoring websites .
As of mid-June 2026, the operational status is:
Russia’s satellite constellation is at an embryonic stage, drastically short of what is required for stable, continuous communications—a prerequisite for reliable real-time drone control.
The immediate plan is ambitious but faces production and launch cadence challenges. The target for 2026 was reportedly about 150 spacecraft, requiring a dramatic acceleration from the single launch conducted so far .
Satellite control would represent a paradigm shift for Russian drone warfare against Ukraine. Currently, Russian forces primarily rely on line-of-sight radio links and fiber-optic tethered drones, which severely constrain operational range and expose operators to counter-fire. A functional satellite network would enable heavy, long-range drones to strike targets hundreds of kilometers behind the front line with real-time video and precise guidance .
Russia already conducts massive drone salvos; the Ukrainian Air Force reported that on the night of June 5-6 alone, Russia launched 272 Shahed-type, Gerbera-type, and Italmas-type drones . Satellite control would enhance the range and persistence of these barrages and be especially critical for faster, jet-powered strike drones like the S-70 Okhotnik and certain jet-powered Gerbera variants, which travel at higher speeds over greater distances where line-of-sight control is impossible
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The immediate reality: With only 15 production satellites in orbit, Russia cannot provide anything close to continuous coverage. The Rassvet constellation is years away from being useful for real-time drone control. Until the network reaches the critical ~250-satellite mass, likely not before 2027 at the earliest, Ukraine will maintain a significant tactical advantage through its access to Starlink.
In a rare public acknowledgment during the same June 12 meeting, Putin admitted that Ukraine's intensifying long-range strike campaign is having a measurable impact. He stated that Ukraine's drone attacks on oil refineries, fuel depots, and other economic targets are "hitting the Russian economy and society" . He accused Ukraine of attempting to "divide its society" through psychological pressure and economic damage
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In response, Putin promised to intensify Moscow's own strikes on Ukrainian infrastructure, including energy targets, framing it as a direct retaliation that is already underway and will continue .
The economic strain is real. Since the start of the year, approximately 21 of Russia's 38 major refineries have been hit by Ukrainian strikes, causing regional fuel shortages and long lines at gas stations . The broader economic indicators point to deepening pressure: Russia's fixed capital investment fell 14.3% year-on-year in the first quarter of 2026, and economic profits dropped a further 26% in the same period
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Putin’s announcement is a clear signal of the war’s trajectory—both sides are racing to deepen their long-range strike capabilities, with satellite networks as the critical backbone. For now, Russia is trailing badly in that race.
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