This article is based on an official press release from Airbus.

In celebration of World Pilots’ Day 2026, Airbus has pulled back the curtain on its highly specialized Flight Test School (AFTS) in Toulouse, France. The facility, which has been operating since 1997, is responsible for training the elite aviators and engineers who orchestrate vital development and customer acceptance flights for the European aerospace giant.

According to an official press release from Airbus, the class of 2026 features a particularly notable roster, including French astronaut Thomas Pesquet, who is training as a test pilot, and aerospace engineer Andrea Grande, who is training as a flight test engineer. The rigorous program prepares these professionals to push factory-fresh aircraft to their operational limits before they enter commercial service.

We recognize that the training of flight test crews is a critical component of Airbus’s production ramp-up and its long-term technological ambitions. As the company develops new aircraft derivatives and explores decarbonization technologies, the demand for highly skilled test pilots and engineers continues to grow.

Inside the Airbus Flight Test School

A Rigorous Academic and Practical Curriculum

The Airbus Flight Test School is one of only a handful of such centers globally. It operates in close partnership with EPNER, the renowned French test pilot school. According to the company’s release, EPNER experts currently oversee the exams at the end of the year-long AFTS program and issue the final diplomas. However, Airbus notes that AFTS is applying to become an Approved Training Organisation, which would allow it to grade exams internally while maintaining EPNER oversight.

Students at AFTS graduate with a “Class 2” rating, which qualifies them to operate acceptance flights. These flights test all systems and performance metrics of newly manufactured aircraft within their standard flight envelope. To achieve a “Class 1” rating, required to become an experimental flight test pilot or engineer, graduates must complete an additional six months of study at EPNER.

The Four Phases of Training

The AFTS curriculum is identical for both prospective pilots and engineers, divided into four distinct phases over a standard academic year. Trainees gain hands-on experience with Airbus test platforms, including the A350-1000 and A321, which are heavily equipped with data-collection instrumentation.

The training begins in the sky from September to November, where students participate in acceptance flights. The second term shifts to the ground for intensive theoretical study, covering aerodynamics, meteorology, human factors, and engine function, culminating in January exams. From January to May, trainees return to the air for instructor-led demonstration flights using light aircraft such as the Socata TB-20 or Diamond DA42. The final phase, running from May to June, involves academic flights to prepare for the practical EPNER exam, with successful candidates receiving their diplomas in Istres, southern France.

The Role of the Flight Test Crew

Pilots and Engineers Working in Tandem

Flight testing is inherently a team endeavor. While the test pilot executes the physical maneuvers from the front seat, the flight test engineer (FTE) acts as the flight director. In its press release, Airbus describes the FTE’s role as overseeing every aspect of the test, planning it meticulously before takeoff, and managing data collection and analysis.

“A place at the Airbus Flight Test School is the pinnacle of the profession,” Airbus stated in its release, noting that this community is where the future of aviation is written.

On experimental prototype aircraft, FTEs monitor live sensor data from banks of screens in the cabin, coordinating closely with the cockpit and ground teams. This airborne crew is supported by a vast network on the ground, including telemetry teams who monitor live data streams for anomalies, instrumentation specialists who install kilometers of specialized wiring, and maintenance crews dedicated to keeping prototypes in peak condition.

Pushing the Envelope

Experimental flight test crews take on missions that go far beyond standard point-to-point journeys. For new aircraft types or derivatives like the A350F, crews conduct rigorous testing to ensure safety and structural integrity. Airbus highlights three key experimental missions:

• Flutter testing: Intentionally inducing high-speed vibrations to verify the structural soundness of the wings and empennage.
• Stall testing: Intentionally inducing high-speed vibrations to verify the structural soundness of the wings and empennage.
• Environmental testing: Subjecting the aircraft to extreme conditions, such as the cold of Canada, the heat of the Middle East, and the high altitudes of Bolivia.

AirPro News analysis

We note that the inclusion of French astronaut Thomas Pesquet in the AFTS class of 2026 highlights the unique intersection between commercial aerospace testing and space exploration. Airbus explicitly points out that Pesquet’s test pilot qualification would be highly beneficial for NASA’s Artemis crewed moon mission, should he be selected. This cross-pollination of skills underscores the extreme precision and adaptability required in both fields.

Furthermore, we believe the expansion and formalization of the Airbus Flight Test School align directly with the industry’s broader push toward sustainability. As Airbus develops next-generation propulsion technologies, such as Open Fan designs and hybrid-electric systems, the company will rely heavily on these newly minted test crews to validate these innovations. The AFTS is not just a training ground for current production needs; it is a strategic asset for certifying the decarbonized aircraft of the future.

Frequently Asked Questions

What is the Airbus Flight Test School?

Founded in 1997 and located in Toulouse, France, the Airbus Flight Test School (AFTS) trains experienced aviators and engineers to become company flight test pilots and flight test engineers. Graduates are responsible for conducting development and customer acceptance flights for new Airbus aircraft.

Who is in the AFTS Class of 2026?

The 2026 cohort includes several hand-picked professionals, most notably French astronaut Thomas Pesquet, who is training as a test pilot, and aerospace engineer Andrea Grande, who is training as a flight test engineer.

What is the difference between a Class 1 and Class 2 rating?

According to Airbus, AFTS students graduate with a Class 2 rating, allowing them to perform acceptance flights on factory-fresh aircraft. To earn a Class 1 rating and conduct experimental test flights on uncertified prototypes, personnel must complete an additional six months of training at the French test pilot school, EPNER.

Sources

• Airbus

This article is based on an official press release from Textron Aviation.

On April 23, 2026, Textron Aviation announced a new purchase agreement with the Turkish Airlines Flight Academy (TAFA) for 10 Cessna Skyhawk aircraft. The announcement, made during the AERO Friedrichshafen trade show in Germany, highlights a significant investment in primary flight training infrastructure by one of Europe’s fastest-growing aviation programs. According to the official press release, deliveries for this latest fleet expansion are scheduled to begin in 2026.

We note that this acquisition is part of a broader, aggressive strategy by Turkish Airlines to scale its training capacity. As the aviation industry grapples with a global pilot shortage, major airlines are increasingly looking inward to secure their future workforce. TAFA’s decision to expand its already substantial fleet of single-engine trainers underscores the critical need for a reliable, high-volume pilot pipeline.

Scaling Up for a Growing Airline

TAFA operates as a wholly owned flight training subsidiary of Turkish Airlines. Its primary mission is to develop a long-term commercial pilot pipeline for the national carrier and other regional operators. To keep pace with surging training demands, the academy has taken delivery of 51 Skyhawks over the past five years alone, according to Textron Aviation.

Record-Breaking Academy Growth

The academy’s recent growth metrics illustrate the sheer scale of its operations. By the end of 2025, TAFA’s total operational fleet reached 84 aircraft, representing a 71 percent increase over its 49-aircraft fleet in 2024. This fleet includes both single-engine Cessna Skyhawks and multi-engine trainers. The new order of 10 aircraft will bring TAFA’s total Skyhawk fleet to 76, solidifying its position as one of the largest single-type training fleets in Europe.

In tandem with fleet expansion, student enrollment and graduation rates have surged. In 2025, the academy graduated 351 pilots, marking a 25 percent year-over-year increase. Active student enrollment grew by 32 percent, reaching 600 students by December 2025. Despite this increased volume, TAFA successfully reduced the average student graduation time from 14.9 months to 14.1 months. To support this operational tempo, which saw the academy log 89,550 flight hours in 2025 (a 30 percent increase from 2024), TAFA also doubled its simulator infrastructure from four to eight simulators.

The Cessna Skyhawk’s Role in Modern Training

Manufactured by Textron Aviation Inc., the Cessna Skyhawk remains the industry standard for primary flight training. Since its first flight in 1955, over 45,000 units have been delivered globally, making it the most popular single-engine aircraft in aviation history.

Bridging the Gap to Commercial Jets

The aircraft’s high-wing design is highly favored by flight schools for providing superior visibility and stable flying characteristics for student pilots. The newly ordered aircraft will feature modern Garmin G1000 NXi avionics with wireless connectivity, a standard angle-of-attack (AOA) display system, and a McCauley aluminum fixed-pitch propeller. These digital interfaces help students transition more seamlessly to the advanced airliners they will eventually operate.

“The Cessna Skyhawk continues to set the standard for flight training worldwide, offering the reliability, performance and operating efficiency flight schools depend on. This order reflects Turkish Airlines Flight Academy’s confidence in the Skyhawk as it continues to scale its training capacity to meet long-term pilot demand.”

, Lannie O’Bannion, Senior Vice President, Sales & Marketing at Textron Aviation

Industry Context and Strategic Self-Reliance

AirPro News analysis

When examining this fleet expansion, we must frame TAFA’s purchase within two major macroeconomic trends: Turkish Airlines’ aggressive corporate growth and the severe global pilot shortage. Turkish Airlines is currently executing a 10-year strategic plan spanning 2023 to 2033. This ambitious roadmap targets expanding its mainline fleet from approximately 440 aircraft at the end of 2024 to roughly 800 aircraft by 2033.

To support this massive fleet expansion, localized workforce generation is paramount. The Turkish government’s 2026 Budget Bill outlines a national goal to increase the number of licensed pilots in the country from 16,290 in 2024 to over 18,000 by 2028. TAFA serves as the primary engine for meeting these localized targets.

Furthermore, the global commercial aviation sector is facing a critical talent bottleneck. According to Boeing’s 2025–2044 Pilot and Technician Outlook, the industry will need to recruit and train over 660,000 new pilots over the next two decades. Aviation consulting firm Oliver Wyman projects that 2026 will represent the peak of the pilot shortage cycle, driven by mandatory retirements, post-pandemic travel demand, and training pipeline constraints. By heavily funding its wholly owned flight academy and modernizing its training fleet with advanced glass-cockpit aircraft, Turkish Airlines is effectively insulating itself from the global scramble for qualified pilots.

Frequently Asked Questions (FAQ)

When will the new Cessna Skyhawks be delivered to TAFA?
According to Textron Aviation, deliveries of the 10 new aircraft are scheduled to commence in 2026.

How large is the Turkish Airlines Flight Academy fleet?
At the end of 2025, TAFA operated a total fleet of 84 aircraft. With this new order, their specific Cessna Skyhawk fleet will grow to 76 aircraft.

Why is the Cessna Skyhawk preferred for flight training?
The Skyhawk features a high-wing design that offers stable flying characteristics and excellent visibility. Modern iterations also include advanced Garmin G1000 NXi avionics, which help bridge the gap between primary trainers and commercial airliners.

Sources: Textron Aviation

This article is based on official press releases from Elixir Aircraft and summarized industry reporting.

French light aircraft manufacturer Elixir Aircraft is rapidly cementing its position as a major disruptor in the global flight training market. Founded in 2015, the company has leveraged innovative manufacturing techniques to produce fourth-generation, two-seater training aircraft designed to drastically reduce operating and maintenance costs for flight schools.

As of April 2026, the manufacturer has reached significant operational milestones. According to company statistics and data published by Professional Pilot Magazine, Elixir Aircraft now holds an order book exceeding 300 aircraft, with 55 units currently in active operation. This growth is being driven by aggressive expansion into the United States and the continuous rollout of upgraded airframes.

To meet the evolving demands of flight instructors and student pilots, the company recently utilized the AERO Friedrichshafen aviation trade show in Germany to unveil its next-generation trainer, the Elixir+. This launch, alongside a rapidly expanding North American footprint, signals a critical growth phase for the European aerospace firm.

The Elixir+ Unveiled at AERO Friedrichshafen

Technical and Aerodynamic Upgrades

On April 22, 2026, Elixir Aircraft officially introduced the Elixir+, an upgraded iteration of its flagship training aircraft. According to reporting by Aviation Week Network, the new model introduces several critical technical enhancements aimed at improving payload and durability. The Maximum Takeoff Weight (MTOW) has been increased from 630 kg to 700 kg. This upgrade allows operators to comfortably carry two pilots alongside a full fuel load, a frequent operational requirement for extended training flights.

Aerodynamically, the Elixir+ features an extended wingspan, growing from 8.48 meters to 8.94 meters. Company press releases detail that the redesigned wings incorporate new winglets, vortex generators, and updated leading edges to maximize aerodynamic efficiency. Furthermore, the aircraft includes a redesigned fuel pump system to simplify maintenance routines and an evolved nose landing gear engineered to better withstand the hard landings typical of student pilot training.

Launch Customers and Fleet Growth

The market response to the Elixir+ has been immediate. Aviation Week Network reports that Greek flight school Global Aviation became the launch customer, placing a firm order for five Elixir+ aircraft to be based at Ikaros Airport near Athens.

Simultaneously, the company continues to expand its standard European fleet. On April 10, 2026, Omni Aviation Training Center (OATC) in Portugal took delivery of two additional Elixir aircraft, with plans to expand their fleet to seven, according to Professional Pilot Magazine. Earlier in the year, on February 20, 2026, the Andorra Aviation Academy ordered an aircraft for its practical flight training program, with delivery slated for the summer of 2026.

Expanding the Footprint: From France to Florida

U.S. Market Entry and FAA Certification

A pivotal moment for Elixir Aircraft’s global strategy occurred in July 2025 when the aircraft received its FAA Part 23 certification, a milestone announced during EAA AirVenture and documented by Plane + Pilot Magazine. This certification effectively unlocked the lucrative American flight training market.

Following this approval, AFM Aero reported that Cirrus Aviation, a flight school located in Sarasota, Florida, converted its pre-order into a firm commitment for 10 aircraft. The first two units of this order are scheduled for delivery in the spring of 2026.

To support its North American operations, Elixir has established its U.S. headquarters at Sarasota Bradenton International Airport (KSRQ). The company took over a 12,500-square-foot hangar in 2024 for reassembly, deliveries, and spare parts inventory, and is currently acquiring an adjacent 6,000-square-foot facility. Based on company projections, Elixir plans to employ approximately 200 personnel at the Sarasota site by 2027.

Scaling Production to Meet Demand

Fulfilling a backlog of over 300 orders requires substantial industrial scaling. In early 2024, Elixir secured €40 million in development funding to sustain its operations over the next five years, building upon a €13 million French government subsidy announced in June 2023.

To accommodate increased production rates, the company is preparing to open a new 15,000-square-meter (approximately 160,000-square-foot) manufacturing facility at the La Rochelle airport in France. This expanded capacity will be crucial for fulfilling large institutional contracts, such as the June 2025 order from the French Civil Aviation University (ENAC) for 30 aircraft to renew its VFR training fleet.

The Technology Driving the Disruption

Carbon OneShot and Cost Efficiency

At the core of Elixir’s market appeal is its proprietary “Carbon OneShot” manufacturing technology. Derived from competitive sailing, this technique allows the company to mold entire wing and fuselage components from carbon fiber in single, continuous pieces.

By eliminating the need for thousands of rivets and bonded joints found in traditional aluminum airframes, the Carbon OneShot process creates a simplified structure with fewer potential points of failure, resulting in a highly durable airframe with no life limit.

This structural simplicity translates directly to the bottom line for operators. Industry data indicates that the aircraft operates at a highly competitive cost of approximately $50 per flight hour, covering both fuel and maintenance. This economic advantage makes the platform highly attractive to high-volume flight schools.

AirPro News analysis

We observe that Elixir Aircraft is perfectly positioned to capitalize on two major macroeconomic trends in aviation. First, the global pilot shortage has left flight schools desperate for modern, reliable, and economical training aircraft. By offering an operating cost of roughly $50 per hour and a durable composite airframe, Elixir provides a compelling alternative to the aging fleets of Cessna 172s and Piper Archers that currently dominate the training sector.

Second, Elixir’s expansion into Florida highlights a broader trend of innovative European aerospace startups establishing physical footholds in the United States. By investing heavily in the Sarasota facility and adapting their product line, such as reinforcing the landing gear on the Elixir+ based on direct customer feedback, the company is demonstrating a long-term commitment to capturing and retaining North American market share.

Frequently Asked Questions (FAQ)

What is the Elixir+?
The Elixir+ is an upgraded version of Elixir Aircraft’s two-seater trainer, unveiled in April 2026. It features an increased MTOW of 700 kg, an extended wingspan of 8.94 meters, and reinforced landing gear.

When did Elixir Aircraft receive FAA certification?
The company achieved FAA Part 23 certification for its aircraft in July 2025, allowing it to operate and be sold within the United States.

What is Carbon OneShot technology?
It is a manufacturing process derived from competitive sailing that molds large aircraft components, like the fuselage and wings, out of single pieces of carbon fiber, eliminating the need for traditional rivets and joints.

Where is Elixir Aircraft’s U.S. headquarters?
The company’s North American hub for reassembly, parts, and delivery is located at the Sarasota Bradenton International Airport (KSRQ) in Florida.

Sources:
Elixir Aircraft Official Press Releases