Russia’s Starlink Rival Struggles as Satellite Deployment Fails
Moscow pivots to Rassvet-4 after technical failures plague the Rassvet-3 satellite constellation project.
1Ambitious Connectivity Project Stalls
Russia is attempting to build a satellite internet network to challenge Starlink, but the project faces significant technical hurdles. The Rassvet-3 spacecraft have struggled to reach their designated orbital positions, casting doubt on the reliability of the planned infrastructure. Moscow is now shifting its focus toward a potential successor, the Rassvet-4 satellite design.
2Deployment Failures Impact Constellation
Following launches in March and July 2026, 32 Rassvet-3 satellites were deployed, but the mission encountered severe difficulties. Two spacecraft reentered the atmosphere, while the remaining 30 struggled to maintain their 800-kilometer target altitude. By November 3, only 26 satellites had managed to stabilize at a much lower altitude of 508 kilometers.
3Rassvet-4 Filing Reveals Scale
Documentation submitted to the International Telecommunication Union outlines a proposed network consisting of 374 satellites. This constellation would span 17 orbital planes, with each plane housing 22 spacecraft to ensure regional coverage. While official announcements are pending, the filing indicates a strategic pivot toward upgrading the current, struggling satellite communications infrastructure.
4Technical Specifications of Successor
The proposed Rassvet-4 satellites are designed with 12 antenna beams to manage communications traffic. This configuration includes seven transmission beams and five reception beams for operational tasks. Despite these technical details, critical information regarding operating frequencies and specific antenna beam configurations remains undisclosed, leaving the full capabilities of the new system uncertain.
5Bureau 1440 Engineering Challenges
Bureau 1440, the primary developer behind this Russian initiative, previously confirmed that engineers were working on an improved version of the Rassvet-3 spacecraft. These modifications follow the deployment failures that hindered the initial constellation. The company aims to address these technical shortcomings through iterative design changes before proceeding with further orbital launches.
6Military Integration Speculation Grows
Recent observations suggest potential military applications for the developing network, as unidentified hardware has appeared on Russian drones. Photographs of a Molniya-2 unmanned aerial vehicle carrying mysterious objects have fueled speculation regarding satellite connectivity testing. While the equipment resembles communications terminals, its direct link to the Rassvet project remains unverified by independent sources.
7Strategic Uncertainty and Future Launches
Russian authorities may introduce the upgraded Rassvet-4 spacecraft during upcoming launches without providing advance public notice. This approach creates significant uncertainty regarding the timeline for establishing a fully operational network. The project remains a high-stakes gamble as Moscow attempts to secure a sovereign satellite internet capability amidst ongoing technical and operational setbacks.
8Implications for Global Connectivity
The struggle to stabilize the Rassvet constellation highlights the immense difficulty of building a competitive satellite internet network. As Russia navigates these deployment failures, the project's ability to provide reliable, high-speed connectivity remains unproven. The outcome of these efforts will determine whether Moscow can successfully challenge established global providers in the near future.