The Russian robotics industry is in a state of dynamic transformation. On one hand, the market is growing rapidly, driven by a severe labour shortage and a strategic push for industrial modernisation. On the other, the sector remains heavily dependent on imports, with domestic production struggling to keep pace with surging demand. This is the story of an industry at a crossroads.
Market Growth and Scale
The numbers paint a clear picture of expansion. The Russian industrial robotics market grew by 14% in 2025, reaching 7.86 billion rubles. The broader robotics market, including service and logistics robots, has been valued at approximately 80 billion rubles.
More striking than the financial figures is the growth in the actual number of robots in operation. Between 2023 and 2025, the total number of industrial robots on Russian enterprises increased from 12,800 to approximately 33,000 units. Over the last year alone, the number of new robotic systems grew by 47% to 12,500 units.
The density of robotisation—a key metric measuring robots per 10,000 workers in manufacturing—increased from 29 in 2023 to 40-42 in 2025. While this represents a significant 36% improvement, Russia still lags far behind world leaders. China has 2,000 robots per 10,000 workers, Germany 278, and even global leaders dwarf Russia’s density.
The Import Dependency Challenge
Despite the growth, the Russian robotics industry remains overwhelmingly reliant on foreign suppliers. Imports account for between 77% and 83% of the market. In 2025 alone, Russia imported approximately 8,700 units of foreign robotics equipment worth 59 billion rubles—an 81% increase in volume and 55% in value compared to 2023.
After 2022, the origin of imports shifted dramatically. European and Japanese suppliers have been largely replaced by Chinese manufacturers, who now account for over 65% of the Russian market. This geographical pivot, however, has not solved the fundamental issue of dependency—it has simply changed the source.
The component base problem is particularly acute. Russia lacks approximately 80% of the domestic components needed for fully homegrown robot assembly. Even robots assembled in Russia often rely on imported electronics, drives, sensors, and machine vision systems. As one industry leader noted at the Innoprom-2026 exhibition, only 30-35% of robots operating in Russia are expected to be domestically produced by 2030.
The Domestic Industry: Signs of Progress
Despite these challenges, there are genuine signs of progress in domestic production. The share of Russian robotics solutions increased from 14% in 2023 to 26% in 2025. The value of domestic robot production grew from 6.2 billion rubles in 2023 to 20.8 billion rubles in 2025—a 65% increase over the last year alone.
Major Russian manufacturers include Promobot, Arcodim, Eidos Robotics, Robopro, Bitrobotics, Rozum Robotics, Androidnaya Tekhnika, Avangard Robotiks, and Robotbaza. Most of these companies increased their revenues by 40-66% in 2025 compared to the previous year.
Domestic production focuses primarily on multi-purpose industrial robots (38% of production value) and transport robots for warehouse and logistics automation (22%). Currently, 41% of industrial enterprises choose domestic robotics solutions for implementation.
Drivers of Growth: The Labour Shortage
The primary driver of robotisation in Russia is a severe labour shortage. According to Rosstat, unemployment hit a historic low of 2.2% in early 2026, while nominal wages rose 11.2% year-on-year. An overwhelming 87% of industrial companies cite personnel shortages and rising wages as the key stimulus for automation.
Paradoxically, financial stimulus from the state remains underutilised—84% of companies do not use existing government support measures, citing a lack of awareness or complex application procedures.
Barriers to Faster Adoption
Experts from the T1 IT holding have identified five key barriers to Russian robotisation:
- Financial constraints: High capital costs and expensive loans (89% of companies cite financing as the main barrier)
- Shortage of expertise: 43% of companies report a lack of automation engineers, 41% lack designers, and 31% lack robot programmers
- Lack of domestic producers: Only about 15-20 Russian companies produce industrial robots or related software, and they cannot cover all industries
- Inadequate integration infrastructure: 57% of enterprises report only partial readiness of their sites for robotisation, and there is a critical shortage of system integrators
- Regulatory gaps: No unified standards for robot classification or clear integration protocols
The average payback period for robotisation projects in Russia is 2.5 to 6 years, and 40% of projects fail to meet expectations due to the lack of a systematic approach.
Future Outlook and Government Ambitions
The Russian government has set ambitious targets. President Vladimir Putin has ordered that Russia enter the top 25 countries in robot density and increase the industrial robot fleet to approximately 100,000 units by 2030. The federal project for industrial robotisation has a budget of around 350 billion rubles.
Forecasts for market growth vary widely. The robotics market is expected to grow sevenfold from 2025 levels, reaching 212 billion rubles by 2030. Under an optimistic scenario, the industrial robotics market could reach 47.6 billion rubles by 2030 with 38% annual growth; under conservative estimates, 15.1 billion rubles.
The Russian robotics industry is growing, driven by genuine industrial need and strategic ambition. However, the path to technological sovereignty remains long. While domestic production is expanding and gaining market share, the industry’s heavy reliance on imported components and finished robots from China presents a fundamental challenge. For Russia to achieve its goal of becoming a top-25 robotised nation, it must address the component gap, develop its integration expertise, and convert its ambitious targets into tangible industrial reality. The robots are arriving, but for now, they are mostly coming from abroad.
