Roscosmos Sets Ambitious Goal to Produce 250 Spacecraft Annually by 2025–2026
Roscosmos, the Russian space agency, has unveiled a bold production target: reaching a minimum of 250 spacecraft produced each year by the end of 2025 or early 2026. This milestone was outlined by Yuri Borisov, the head of the state corporation, during discussions reported by TASS. The plan signals a decisive shift toward a robust domestic industrial base capable of sustaining high-volume space hardware manufacture in the coming years.
Borisov emphasized that the initiative aims to establish a durable production backbone that will support the yearly output of 250 devices as the program matures. The statement reflects a strategic push to scale up manufacturing capacity and to standardize processes across the production line, ensuring consistent quality and reliability for the space systems that Russia seeks to field.
According to the leadership, the agency has completed or delivered between 15 and 17 devices in recent years, which underscores the need to broaden the scale and streamline operations. The plan involves reconfiguring the sector, optimizing supply chains, and integrating modern manufacturing practices to move the industry onto a solid industrial footing.
Borisov also pointed to a broader transformation within the space sector, describing a pathway toward greater profitability and resilience. The transformation includes investing in new facilities, modernizing existing plants, and fostering a closer alignment between research institutions and production sites. In his view, reaching profitability will come from disciplined execution, reliable delivery of hardware, and the capacity to meet both government and commercial demand.
The president of Roscosmos aired the belief that maintaining strong relationships with foreign partners remains important. International collaboration is viewed as essential to sustaining manned programs, enabling knowledge exchange, and ensuring continuity of critical missions. While domestic capabilities take center stage, international cooperation is seen as a valuable complement to Russia’s space ambitions, helping to secure a broader, more resilient program portfolio.
Historically, Russia has explored a range of propulsion and power concepts for space missions. In the past, scientists explored unconventional ideas, including experiments linked to alcohol-based propellants. While such concepts highlight the curiosity and ingenuity of researchers, the current focus centers on reliable, proven propulsion and energy systems that can support long-term space operations. The modernization effort aims to deliver engines and propulsion units that meet stringent safety and performance standards, aligning with contemporary space mission requirements.