The Russian composites industry is a land of stark contrasts. It is defined by tremendous ambition and key achievements, particularly in the aerospace sector, yet it is also a market that holds less than 1% of the global share and is grappling with significant structural challenges. Driven by a powerful state mandate for import substitution, the industry is in a state of aggressive transformation, with the ultimate goal of achieving technological independence.
🇷🇺 The Champion: Rosatom’s Vertical Integration
At the heart of Russia’s composites drive is the Composite Division of the state corporation Rosatom, the industry’s undisputed leader and a self-proclaimed “center of competence”.
- A Complete Value Chain: Rosatom is the only company in Russia with a full production chain for carbon fiber, stretching all the way from raw materials to the finished wing of an aircraft.
- Massive Scale: It boasts the country’s largest fiberglass production and is the sole industrial producer of thermoplastic prepregs. In 2025 alone, its supply of composite materials to the aviation industry was set to almost double to 385 tons, up from 211 tons in 2024.
- Aerospace Leadership: The division’s crown jewel is its integral role in the MC-21 project. It has successfully developed and supplied domestic composites for the aircraft’s wing, vertical fin, and tailplane, effectively eliminating foreign materials from the twinjet’s airframe.
✈️ The MC-21: A Flagship for Import Substitution
The completion of the MC-21’s transition to domestically-sourced composites is the single most important milestone for the Russian industry. In February 2026, the Federal Air Transport Agency (Rosaviatsiya) officially approved the use of Russian-made composites for the aircraft’s vertical fin and horizontal stabiliser, marking a major and final step in the import substitution phase.
This is a monumental achievement for Russian materials science, proving that domestic alternatives can meet the stringent reliability standards required for civil aviation. However, the project’s broader success is not yet assured; certification of the fully import-substituted MC-21 with its new PD-14 engines is still an ongoing process. The certification of the domestic composite structures was itself only completed in December 2025, following extensive testing by Russia’s leading scientific and certification centers.
📊 Market Size and Structure: Glass vs. Carbon
The Russian composites market is substantial but highly reliant on one key material. Over the last three years, the market has been valued at over 100 billion rubles, demonstrating steady growth of at least 5% per year.
- Glass Fiber Dominance: Over 90% of the market is comprised of fiberglass products. These are widely used in the construction, infrastructure, and oil and gas industries as a direct substitute for traditional materials like metal and concrete.
- Carbon Fiber Niche: Carbon fiber products, while more expensive, are essential for the aerospace industry and other high-tech sectors. This is the segment where Russia’s drive for sovereignty is most intense.
🎯 The Localization Push: A New Regulatory Framework
The state’s ambition for the industry is now being formalized into law. In 2026, the Ministry of Industry and Trade (Minpromtorg) is actively tightening localization requirements for composite materials used in public procurement.
- New Criteria: A draft amendment to Government Decree No. 719, set to come into force on January 1, 2027, will introduce strict localization criteria for a range of composite products, including polymer composite laminates, carbon fiber tapes, and carbon fabrics.
- Closing the Gap: The move is a direct response to the current situation where, for example, there are zero Russian manufacturers of laminates or carbon fiber tapes registered in the national registry of industrial products. This lack of criteria has made it difficult for the state to give preference to domestic products in its own procurement, a situation the new rules aim to rectify.
- A New Reality: To be considered a “Russian” product, a manufacturer will need to own the technical documentation and perform all key technological operations—from raw material prep to quality control—within the country.
⚠️ The Challenges: Bureaucracy and a Tiny Global Share
Despite its ambitions, the Russian composites industry faces significant hurdles. A key problem highlighted by industry representatives is that import substitution has often been reduced to simply replacing Western suppliers with Eastern ones.
- Global Footprint: The most telling statistic is that Russia’s composite industry accounts for less than 1% of the global market, a stark decline from the Soviet era when it was the world’s third-largest producer.
- Bureaucratic Hurdles: Industry experts have been openly critical, stating that the sector’s development is hampered by bureaucracy. They point to a tendency for officials to be overly focused on creating development programs rather than ensuring their effective implementation. This gap between policy and practice represents a major barrier to growth.
📈 A Growing Ecosystem: The Composite-Expo 2026
The growing interest and activity in the sector are clearly visible at industry events like Composite-Expo 2026, held in Moscow in April 2026.
- Expanding Presence: The exhibition covered over 6,500 m² (a 10% increase from the previous year) and featured 168 exhibitors, including a strong contingent of 159 international firms from friendly nations like China, Iran, and Turkey.
- Strong Attendance: Over 7,000 specialists attended the event, signifying the increasing demand for modern composite solutions across various sectors.
- Key Topics: The business program reflected the industry’s immediate concerns, with dedicated sessions on the application of composites in the oil and gas sector and practical conferences attended by over 70 specialists.
The Russian composites industry is a sector of great ambition and notable achievement, but also of profound struggle. The state, led by industrial giants like Rosatom, is successfully pushing the boundaries of what is technologically possible—most notably with the MC-21 project. However, the industry’s tiny global footprint, the heavy burden of bureaucracy, and the immense challenge of creating a localized supply chain for a range of complex products from scratch are formidable obstacles. The tightening localization rules set for 2027 will be a major test for the industry’s ability to deliver on the state’s promises of genuine technological sovereignty.
