One of the biggest debates in the civil aviation sector of Russia in 2026 is not related to engines or production rates. Rather, it revolves around the Tupolev Tu-214 cockpit.
S7 Airlines, the only major carrier currently interested in placing a huge order for the Tu-214, is reportedly seeking to redesign the aircraft with a contemporary two-pilot cockpit, as opposed to the current three-crew configuration, according to reports from Russian aviation circles. The airline is in discussions for an order for up to 100 aircraft, provided that the Kazan Aviation Plant (KAZ) is able to ultimately provide a version that removes the necessity for a flight engineer.
At first glance, the issue appears minor. Many observers question as to why airlines are unable to continue using a third crew member. However, once the numbers are examined, the financial implications become enormous.
The hidden cost of a third crew member
The Tu-214 maintains a conventional cockpit with three crew members, in contrast to contemporary airliners such as the MC-21, Superjet SJ-100, Airbus A320neo, and Boeing 737 MAX.
Operational decisions are made by the captain, who also commands the aircraft. The first officer is responsible for the supervision of aircraft systems, communications, and flying duties. The flight engineer occupies the third seat and is responsible for the oversight of engines, hydraulics, electrical systems, and fuel management. These functions are largely automated on newer aircraft.
Although the flight engineer is a critical safety professional on the Tu-214, maintaining this additional crew position significantly increases operating costs.
Scaling the numbers to a 100-aircraft fleet
To ensure that continuous operations are maintained while sticking to flight-time and mandated rest regulations, airlines typically require approximately six full flight crews per aircraft. This industry planning assumption is frequently employed in the calculation of fleet and manpower data.
For a fleet of 100 Tu-214s, this equates to 100 aircraft with six rotating crews each, requiring a total of 600 flight engineers.
The average monthly salary of an experienced flight engineer who operates Russian-built aircraft is estimated to be around 400,000 rubles, according to industry estimates. Using this conservative estimate, the payroll calculation quickly becomes substantial.
The monthly cost of six hundred flight engineers, who earn 400,000 rubles each, would be approximately 240 million rubles.
Salaries alone would amount to 2.88 billion rubles over the course of a year.
Payroll taxes push costs even higher
Salary is only part of the equation.
Additionally, Russian employers are required to pay mandatory social insurance contributions, which typically account for approximately 30% of payroll expenses.
The annual costs are increased by approximately 864 million rubles when that percentage is applied.
Consequently, the annual direct employment cost for flight engineers alone increases to approximately 3.74 billion rubles.
This figure does not include training, business travel, accommodation, simulator sessions, uniforms, medical examinations, and various other operating expenses.
Training is another major investment
Flight engineers are among the most specialized professionals in the field of commercial aviation.
Qualified flight engineers are a scarce resource due to the fact that the position is no longer required by most of modern aircraft, in contrast to pilots, whose training pipelines have expanded significantly in recent years.
New personnel must undergo training and certification for each additional Tu-214 that is introduced into service. This process includes regulatory certification, technical examinations, flight training, simulator sessions, and classroom instruction.
According to industry estimates, the cost of training six flight engineers for a single aircraft can reach tens of millions of rubles. The initial investment would likely be several billion rubles across a fleet of 100 aircraft, although those expenses would be staggered over many years as the aircraft gradually enter service.
Airlines are required to continue financing regular simulator training, annual proficiency checks, and medical certification for each employee throughout their careers, even after initial qualification.
The economics become difficult to ignore
The business case for S7 Airlines is relatively straightforward.
Before accounting for hotels, transportation, allowances, crew scheduling complexity, and recurrent training, the operation of 100 Tu-214s with three-person cockpits could necessitate over 3.7 billion rubles in additional annual employment costs.
Overall, it is necessary to somehow recover those recurring expenses. In general, airlines have only three options: either increase ticket prices, accept lower profitability, or pursue government subsidies.
These expenses are wholly circumvented by contemporary two-pilot aircraft.
Removing the flight engineer position could result in a savings of over 70 billion rubles for an airline over the course of a twenty-year service life, rendering the financial case for a redesigned cockpit quite compelling.
Why doesn’t Kazan simply redesign the cockpit?
The answer lies in the realities of aircraft manufacturing.
At present, the Kazan Aviation Plant is emphasizing the expansion of serial production of the current Tu-214 configuration. While the factory continues to expand capacity and reestablish its supplier network, manufacturing has remained restricted following the aircraft’s production revival in 2022.
The introduction of a new two-pilot cockpit would include much more than the replacement of analogue instruments with digital displays.
It would necessitate the integration of new avionics, the rewriting of aircraft software, the redesign of cockpit layouts, the updating of operating procedures, the retraining of pilots and maintenance personnel, the completion of a new certification campaign, and the conducting of extensive flight testing.
This modernization has the potential to impact production schedules and customer commitments by delaying deliveries by several years.
A crucial decision for Russia’s aviation industry
Red Wings is scheduled to be the first commercial operator of the newly built Tu-214 aircraft. The company’s relatively small fleet size renders the additional operating costs more manageable, particularly in light of its close relationship with the state aviation industry.
S7 Airlines faces a very different challenge.
An order for 100 Tu-214s would represent one of the largest commercial aircraft purchases in modern Russian aviation and would likely keep the Kazan production line busy for many years. That makes S7 a strategically important customer with significant negotiating leverage.
It is uncertain whether the manufacturer can effectively develop a two-pilot version. If it succeeds, certification will likely take additional time, but the resulting aircraft would become much more competitive against modern narrow-body airliners in terms of operating economics.
The Tu-214 may continue to serve primarily state-backed operators while struggling to secure large commercial orders from airlines that prioritize long-term efficiency if the redesign is deemed impossible or economically unjustifiable.
The outcome of these negotiations could ultimately determine whether the Tu-214 becomes the foundation of Russia’s domestic civil aviation fleet or remains a limited-production aircraft with a relatively limited customer base. The debate regarding the addition of a crew member has become one of the most significant commercial decisions that Russia’s aviation industry is currently facing, as it relates to billions of rubles in operating costs.