Russia has established an ambitious objective to modernize its civil aviation fleet by substituting imports. The policy is designed to decrease reliance on Western aircraft manufacturers, including Boeing and Airbus, and to replace foreign aircraft with domestically produced models. In the aviation sector, the goal is not only technological independence but also economic resilience and national security.
By 2030, the government intends for at least half of the aircraft used by Russian airlines to be manufactured domestically. Nevertheless, the Institute for Research and Expertise of VEB has recently conducted assessments that suggest that this objective may be excessively optimistic. The proportion of Russian-made aircraft in the national fleet might not reach the desired 50 percent by the end of the decade, but it is estimated to be around 30 percent.
This discrepancy is indicative of deeper structural challenges in Russia’s aviation sector, such as the continued operation of foreign aircraft that were expected to be retired earlier, certification hurdles, personnel shortages, and delays in aircraft production. Russian authorities and industry leaders are adamant that domestic aircraft programs will ultimately revolutionize the country’s aviation landscape, despite the presence of these obstacles.
The current proportion of Russian aircraft in the fleet
Approximately 19–20 percent of domestic airlines’ fleets are composed of aircraft manufactured in Russia as of 2025–2026. This relatively low figure is indicative of the aviation development trajectory that Russia pursued in the decades preceding 2022.
For an extended period, Russian airlines opted to acquire aircraft from Boeing and Airbus. These aircraft were produced in large quantities, were broadly accessible, and were backed by dependable global maintenance networks. Furthermore, Western leasing companies provided appealing financing options that rendered foreign aircraft economically competitive.
Therefore, the bulk of aircraft that Russian airlines operated prior to 2022 were manufactured abroad. Despite the fact that Russia maintained a domestic aircraft industry, the production volumes were restricted, and the spectrum of available aircraft types was insufficient to completely replace Western models.
Russia was compelled to expedite its domestic aviation programs following the implementation of sanctions and the subsequent restriction of access to Western aviation supply chains. Nevertheless, the current fleet composition resulted in the sustained dominance of foreign aircraft in the skies.
Government Strategies for Aviation Import Substitution
A comprehensive program to improve the aviation industry and increase the proportion of domestic aircraft in airline fleets was formally approved by the Russian government. Russian manufacturers are anticipated to produce nearly 1,000 aircraft between the mid-2020s and the early 2030s, as per this strategy.
The program initially planned the production of 1,081 aircraft. Nevertheless, the objective decreased to 994 aircraft following an audit of United Aircraft Corporation enterprises. More recently, the forecasts were revised to reflect the realities of production and the certification timelines, resulting in an estimated 944 aircraft.
The objective remains ambitious: by 2030, every second aircraft in Russia’s commercial aviation fleet should be manufactured domestically. The strategy is predicated on the progressive replacement of obsolete aircraft and the introduction of numerous new Russian airliners.
The SSJ-New regional jet, the MC-21 medium-range airliner, the Il-114-300 turboprop for regional routes, and the Tu-214 medium-haul aircraft are among the key models that are expected to serve as the foundation of the future fleet. These models are designed to include the main sectors of the commercial aviation market when combined.
The government expects that the expansion of domestic aviation manufacturing will stimulate related industries, such as engine production, electronics, and composite materials.
Why Production Targets Are Falling Behind
The tempo of aircraft production has not met initial expectations, despite the ambitious plans. The sluggish progress of import substitution in aviation can be attributed to a variety of factors.
The lengthy procedure of aircraft testing and certification is one of the most significant obstacles. In order to guarantee safety, reliability, and conformance to aviation regulations, contemporary passenger aircraft must undergo rigorous testing. Additional testing and regulatory sanction are necessary for each modification to an aircraft’s design or components.
In Russia, many aircraft programs were required to substitute dozens of foreign components with domestically produced alternatives. For instance, sanctions disrupted international supply channels, necessitating the replacement of over 80 foreign systems and components with Russian equivalents in the MC-21 program. The development timelines were considerably extended as a result of the new rounds of testing and certification that were triggered by each of these substitutions.
Subsequently, multiple aircraft programs that were anticipated to be operational earlier have encountered delays.
The Role of the MC-21 Program
The MC-21 is widely regarded as the most significant of Russia’s new aircraft designs. The narrow-body aircraft is intended to compete with renowned Western models, including the Boeing 737 and Airbus A320.
Development of the MC-21 started in 2007. The project underwent numerous revisions over time, which included modifications to technical configurations and suppliers. The aircraft was required to undergo a redesign that included Russian engines and indigenous avionics systems following the implementation of sanctions.
The United Engine Corporation-developed PD-14 engine is the source of power for the MC-21-310 variant. The certification procedure is still ongoing, despite the fact that the aircraft has completed multiple test flights. The aircraft is projected to enter commercial service only after the final certification tests are completed, according to industry experts.
The MC-21 program’s delays have significantly impacted the overall tempo of fleet modernization due to its significance in replacing foreign narrow-body aircraft.
Launch of the Tu-214 Serial Production
The resurgence of the Tu-214 aircraft program is another critical component of Russia’s aviation strategy. The Tu-214 is a medium-range passenger aircraft that was initially developed in the 1990s but has been produced in limited quantities.
Mr. Mikhail Mishustin, the Russian Prime Minister, declared in February 2026 that the Kazan Aviation Plant would start serial production of the Tu-214 passenger aircraft, following the completion of certification.
The modernized systems and domestically produced components of the updated Tu-214 have been incorporated. Although the aircraft is not as technologically advanced as some of the more recent designs, it is considered a practical solution that can be produced relatively rapidly to assist Russian airlines.
The Kazan plant is expected to steadily increase its output in the coming years, ultimately producing up to 20 aircraft annually, according to production plans. Nevertheless, the aircraft’s current production capacity is restricted, which suggests that it will likely serve as a complement to other models in the Russian fleet rather than a complete replacement.
Workforce and Industrial Capacity Constraints
The aviation industry’s shortage of skilled laborers is another factor that is hindering the expansion of aircraft production.
Thousands of engineers, technicians, and specialized assembly laborers are necessary for the production of modern aircraft. The demand for qualified personnel has increased substantially as Russia aims to simultaneously launch multiple aircraft programs.
Recruiting and training an adequate workforce to achieve production objectives has proven to be a challenge for certain factories. For example, the Irkutsk aircraft facility, which produces the MC-21, has disclosed its intention to increase production by hiring thousands of additional employees.
Additionally, industrial capacity poses obstacles. In order to facilitate the production of sophisticated aircraft, numerous aviation facilities necessitate modernization, new equipment, and upgraded production lines.
Why Foreign Aircraft Remain in Service
The continued operation of foreign aircraft in airline fleets is another factor that may contribute to the lower proportion of domestic aircraft than anticipated.
At the outset, many analysts believed that sanctions and spare-parts shortages would cause airlines to promptly retire Western aircraft. Nevertheless, Russian carriers used stored spare parts, refurbished components, and parts from aircraft that are no longer in operation to maintain the operational status of a significant number of these aircraft.
By using this methodology, airlines have been able to extend the operational lifespan of several aircraft beyond their intended retirement dates. Consequently, foreign aircraft continue to constitute a substantial proportion of the fleet.
Some airlines have even reinstated aged aircraft into service in order to accommodate the increasing demand for passenger services. For example, numerous Boeing 747 wide-body aircraft that were previously stored are currently being prepared for operational use.
Impact on Passenger Traffic and Airline Economics
Russia’s aviation sector has maintained comparatively consistent passenger traffic, despite the obstacles associated with fleet modernization.
Passenger numbers had only marginally decreased by the end of 2025, from approximately 111 million to approximately 108 million. This suggests that airlines have been able to adjust to the evolving circumstances and preserve their operational capacity.
Nevertheless, experts caution that the expansion of airlines may be adversely affected by delays in aircraft production. Airlines may encounter difficulties in expanding their route networks or increasing flight frequencies in the absence of an adequate number of new aircraft.
Furthermore, the operational flexibility and maintenance costs associated with maintaining aging aircraft may be impacted. Over time, these factors may exert pressure on the profitability of airlines and the prices of tickets.
Outlook for the Next Decade
Russia’s aviation sector is progressively transitioning to a new phase of growth, despite the current challenges. The final phases of certification are being approached by numerous aircraft programs, and the foundation for serial production has already been laid.
As certification processes conclude and production lines reach maximum capacity, it is anticipated that the rate of aircraft deliveries will accelerate in the years ahead. Russia has the potential to substantially enhance its domestic aviation manufacturing capabilities if these initiatives prove successful.
It is vital to enhance the efficacy of aircraft development and production, according to experts. This may entail the optimization of pricing models, the simplification of operational support for airlines, and the guarantee that Russian aircraft exhibit performance characteristics that are comparable to those of their international competitors.
Even if the exact targets established for 2030 are modified, Russia may still reach a significant degree of aviation independence if these measures are effectively implemented.
In conclusion,
One of the most ambitious industrial transformations in modern Russian aviation is the quest to replace foreign aircraft with domestically produced models. Although it may be challenging to achieve a 50% share of domestic aircraft by 2030, the process has already accelerated industrial investment and technological development.
Significant obstacles persist. Progress remains hindered by workforce shortages, certification delays, and limited production capacity. Simultaneously, the necessity for replacement has diminished as a result of the prolonged utilization of foreign aircraft.
However, it is probable that, in the years ahead, airlines will gradually incorporate new Russian aircraft into their fleets. As the MC-21, SSJ-New, Il-114-300, and Tu-214 transition from testing to mass production, they will be instrumental in the transformation of Russia’s aviation sector.
Ultimately, the success of these programs will determine whether Russia can establish a sustainable domestic aircraft industry that is capable of competing on a global scale and accomplish long-term technological independence in civil aviation.