Russia’s domestic alternative to Starlink has suffered a significant setback. The entire second batch of Rassvet satellites failed to reach their designated operational altitude. This malfunction occurred during a recent launch attempt in late August 2026. The mission aimed to expand the country’s low-earth orbit network. However, the payload did not achieve the necessary orbital parameters. Engineers confirmed that the group of sixteen satellites struggled to stabilize. Most units remained far below their intended trajectory. Two specific satellites are now in orbital decay. These two units are currently falling back toward Earth. The incident highlights ongoing challenges in Russia’s space program. It raises serious questions about the reliability of the new system.
The primary objective for this batch was an altitude of 870 kilometers. This height is critical for optimal signal coverage and stability. Unfortunately, many of the sixteen satellites hit less than half of that target. They ended up in much lower orbits than planned. This discrepancy suggests a potential issue with the launch vehicle or initial injection. Lower orbits increase atmospheric drag on the spacecraft. Consequently, the satellites burn up faster than designed. The two units in decay are expected to reenter the atmosphere soon. Their return will likely be uncontrolled. This adds to the debris risk in low-earth orbit. The remaining fourteen satellites face a similar fate if they cannot boost themselves. Without reaching 870 kilometers, their operational lifespan shrinks dramatically.
This failure complicates the timeline for Russia’s broadband expansion. The Rassvet project aims to compete directly with global leaders. A complete batch failure delays service availability significantly. Investors and users may lose confidence in the technology. The space agency must now investigate the root cause. Was it a rocket malfunction or a satellite design flaw? Data from the ground stations is being analyzed. The next launch is not yet scheduled. Engineers are reviewing telemetry from the failed mission. Success requires precise orbital insertion. Any deviation can cascade into a total loss of the payload. The industry is watching closely for updates.
The consequences extend beyond just this single launch. It underscores the difficulty of building a competitive satellite network. Russia must fix the underlying issues before proceeding. Future batches depend on resolving this anomaly. If the problem persists, the project could stall for months. The race for global connectivity remains intense. Reliability is key to winning market share. This incident serves as a stark reminder of the risks involved. The path forward requires careful engineering and patience.
How many satellites were in the failed batch? The second batch consisted of sixteen Rassvet satellites. All sixteen failed to reach the full operational altitude of 870 kilometers.
Are all the satellites lost immediately? Not necessarily, but two are already in orbital decay and falling back to Earth. The others remain in lower-than-planned orbits, which reduces their useful life.