Training & Certification
First T-7A Red Hawk Arrives at JBSA-Randolph for Pilot Training
The USAF begins transition to T-7A Red Hawk at JBSA-Randolph, replacing T-38 with a focus on digital training and modern systems.
This article is based on an official press release from the United States Air Force.
First T-7A Red Hawk Arrives at JBSA-Randolph, Marking New Era in Pilot Training
The United States Air Force has officially begun the physical transition to its next generation of pilot training. On Friday, December 5, 2025, the first T-7A Red Hawk assigned to the Air Education and Training Command (AETC) touched down at Joint Base San Antonio-Randolph (JBSA-Randolph), Texas. The delivery marks a critical milestone in the program to replace the aging T-38 Talon fleet, which has been in service since the 1960s.
According to the Air Force, the aircraft was received by the 12th Flying Training Wing and specifically assigned to the 99th Flying Training Squadron (99th FTS). While the arrival signals the start of a new era, officials clarified that the jet will not immediately be used for student pilot training. Instead, the initial focus will be on validating maintenance procedures and familiarizing a core cadre of instructor pilots with the advanced digital system.
Operational Impact and Immediate Mission
The arrival of the T-7A at JBSA-Randolph initiates a “foundational” phase for the program. Air Force officials stated that the 99th FTS will utilize this first aircraft to develop new training syllabi that leverage the platform’s digital capabilities. This shift moves the curriculum away from the traditional “stick-and-rudder” focus of the T-38 toward the systems-management approach required for fifth-generation fighters like the F-35 and F-22.
Brig. Gen. Matthew Leard, Director of AETC Plans, Programs, and Requirements, emphasized the shift in training philosophy necessitated by modern combat environments.
“The T-7 is more about displaying and ingesting large amounts of information. That really is the challenge of the fifth-gen or sixth-gen world.”
In addition to pilot familiarization, the aircraft will serve as a hands-on platform for “Type 1” maintenance training. This allows ground crews to validate technical orders and maintenance procedures on a live aircraft before the fleet expands.
Technical Leap: T-7A vs. T-38C
The T-7A Red Hawk, manufactured by Boeing and Saab, represents a multi-generational leap in capability over the Northrop T-38C Talon. Designed using modern digital engineering, the T-7A addresses specific performance gaps identified in preparing pilots for high-performance combat aircraft.
According to program data, the T-7A is powered by a single GE F404 turbofan engine, generating approximately three times the thrust of the T-38C’s twin GE J85 turbojets. The new aircraft also features a digital “glass” cockpit that mimics the displays found in the F-35 and F-22, a significant upgrade from the analog and hybrid gauges of the T-38.
Key Design Features
The airframe design includes “stadium seating,” placing the instructor higher than the student for superior visibility. Unlike the single-tail T-38, the T-7A utilizes twin tails, which provide enhanced control at low speeds and high angles of attack. Furthermore, the aircraft employs fly-by-wire flight controls, allowing it to simulate the flight characteristics of various combat platforms safely.
Honoring the Tuskegee Legacy
The “Red Hawk” name and the aircraft’s distinctive livery are direct tributes to the Tuskegee Airmen of World War II. The red tail honors the “Red Tails” of the 332nd Fighter Group, who painted their P-47s and P-51s to distinguish their unit in combat.
The assignment of the first jet to the 99th Flying Training Squadron is historically significant, as the unit is the direct lineal descendant of the Tuskegee Airmen’s 99th Pursuit Squadron. Lt. Col. Michael Trott, Commander of the 99th FTS, highlighted this connection upon the aircraft’s arrival.
“We intend to continue the legacy of breaking barriers and challenging assumptions by utilizing the advanced capabilities of the T-7 training system.”
Program Timeline and Future Milestones
Following this initial delivery, the Air Force has outlined a phased rollout for the T-7A fleet. A second aircraft is scheduled to arrive at JBSA-Randolph in the spring of 2026. Deliveries will continue through 2026 and 2027 to build a fleet of 14 jets at the base.
The program projects Initial Operational Capability (IOC) for August 2027. By 2028, deployment is expected to expand to Columbus Air Force Base in Mississippi, which is slated to be the first base to train new student pilots on the T-7A system. In total, the Air Force plans to procure 351 aircraft and 46 simulators to fully replace the T-38 fleet.
AirPro News Analysis
The delivery of the first T-7A to an operational base is a tangible step forward for a program that has faced delays, but the strategic implication goes beyond simple fleet modernization. The Air Force is effectively acknowledging that the gap between trainer aircraft and frontline fighters had become too wide to bridge with legacy platforms.
By prioritizing information management and high-angle-of-attack flight characteristics in the T-7A, the Air Force is signaling that future air dominance will rely less on pure aerodynamic maneuvering and more on sensor fusion and data processing. The “Red Hawk” is not just a replacement for the T-38; it is a cultural shift in how the service defines pilot competency for the mid-21st century.
Sources
Photo Credit: U.S. Air Force photo by Tech. Sgt. Amy Winchell
Training & Certification
CAE Explores Strategic Alternatives for Flightscape Aviation Software
CAE Inc. is considering sale or partnerships for Flightscape, its aviation SaaS platform, to focus on core simulation and training operations.
This article is based on an official press release from CAE Inc.
CAE Inc. announced on May 11, 2026, that it is exploring strategic alternatives for its aviation software division, Flightscape. According to the company’s press release, this move is part of an ongoing portfolio optimization strategy designed to drive long-term shareholder value and sharpen focus on core operations.
The Montreal-based aviation training and simulation company is evaluating a full spectrum of options for the cloud-native Software-as-a-Service (SaaS) platform. These options include a potential sale, strategic partnerships, or minority and majority investments, which would allow CAE to dedicate its resources to its primary simulation and training capabilities.
This announcement follows a comprehensive portfolio assessment completed earlier in the year under the leadership of President and CEO Matthew Bromberg, who took the helm in August 2025, according to supplementary market research.
The Evolution of Flightscape
Flightscape operates as a high-growth SaaS platform that provides advanced planning, operations control, and decision-support solutions for the global aviation ecosystem. According to industry research reports, the software currently supports over 50 million flights and more than 200,000 crew members annually.
The foundation of this division traces back to March 2022, when CAE acquired Sabre Corporation’s AirCentre product portfolio in a deal valued at $392.5 million, per market data. The suite was officially rebranded as “Flightscape – Powered by CAE” in May 2025. Today, the business is supported by a global team of more than 600 professionals across the Americas, Europe, and Asia, as noted in the official press release.
Strategic Rationale for Divestiture
The decision to explore alternative ownership structures reflects Flightscape’s maturity as a standalone entity. In the company’s press release, CAE leadership emphasized that the software business has benefited from sustained investment and continued customer adoption, positioning it well for its next phase of growth.
“Earlier this year, we completed a comprehensive review of our portfolio to ensure our capital, leadership attention and strategic focus are aligned with where CAE can create the most value,” stated Matthew Bromberg, President and Chief Executive Officer of CAE, in the press release.
Bromberg further noted in the release that the review reinforced the company’s conviction in Flightscape as a strong business that may be better positioned for its next chapter through alternative ownership or partnership structures.
Broader Corporate Transformation at CAE
The potential divestiture or partnership involving Flightscape is part of a broader business transformation plan spearheaded by Bromberg. Since succeeding long-time CEO Marc Parent, Bromberg has focused on streamlining operations and rationalizing the company’s network.
Recent industry reports highlight that this restructuring has included selling non-core assets and reducing headcount. For instance, in April 2026, CAE announced a 2% workforce reduction and launched a review of operations at three European training centers located in Brussels, Stockholm, and Barcelona, according to market research.
Financial Context and Market Reaction
CAE, which boasts a market capitalization of approximately $8.49 billion, recently incurred about $7.5 million in costs during the third quarter of fiscal 2026 related to these ongoing restructuring initiatives, based on financial data.
Financial analysts have responded favorably to CAE’s strategic repositioning. According to market research, firms like Canaccord and Stifel Canada have recently issued “Buy” ratings for CAE’s stock, with price targets of C$50.00, citing the company’s strong position in civil and defense simulation markets and its alignment with long-term industry tailwinds.
AirPro News analysis
We view CAE’s exploration of strategic alternatives for Flightscape as a logical progression of CEO Matthew Bromberg’s mandate to refocus the company on its historical core competencies: pilot training and defense simulation. By shedding or partnering on peripheral assets, CAE can free up capital to reinvest in its primary hardware and training service networks.
While Flightscape represents a successful integration and growth story following the 2022 Sabre AirCentre acquisition, its cloud-native SaaS model operates distinctly from CAE’s traditional physical training centers. Given the increasing reliance of airlines on AI-driven platforms to manage rising labor and fuel costs, Flightscape is likely to attract significant interest from private equity buyers or tech-focused strategic partners looking to capitalize on aviation software demand.
Frequently Asked Questions
What is Flightscape?
Flightscape is a cloud-native SaaS platform owned by CAE that provides planning, operations control, and decision-support solutions for the global aviation industry.
Why is CAE exploring alternatives for Flightscape?
According to CAE’s press release, the company is optimizing its portfolio to focus capital and leadership attention on its core simulation and training capabilities.
How many employees work at Flightscape?
The division employs over 600 professionals globally across the Americas, Europe, and Asia, according to the company.
Sources
Photo Credit: CAE
Training & Certification
FlightSafety International Gets FAA Approval for Virtual Preflight Inspection
FlightSafety International receives FAA approval for its Virtual Aircraft Preflight Inspection system with Evaluation Mode covering select business jets.
This article is based on an official press release from FlightSafety International via Business Wire.
FlightSafety International has secured a significant regulatory milestone, receiving Federal Aviation Administration (FAA) approval for its Virtual Aircraft Preflight Inspection (VAPI) system equipped with “Evaluation Mode.” Announced on May 6, 2026, this approval allows pilots to conduct official preflight check rides entirely within an immersive 3D environment.
According to the company’s press release, the initial FAA approval covers training programs for three specific business jets, the Embraer EMB-550, the Gulfstream G500/G600, and the Citation Latitude. This development coincides with FlightSafety International’s 75th anniversary, highlighting a major leap from traditional physical aircraft inspections to advanced digital simulation.
By shifting the evaluation phase of preflight inspections into a virtual space, the aviation training sector is poised to see improvements in both logistical efficiency and standardized safety testing. We anticipate this will set a new precedent for how regulatory bodies view high-fidelity simulation in the future.
How Virtual Preflight Evaluation Works
Transitioning from Physical to Digital
Traditionally, pilot training and official check rides require physical access to a grounded aircraft. The newly approved VAPI technology replaces this requirement by utilizing a high-fidelity 3D environment. As detailed in the official announcement, pilots in initial training can perform a comprehensive virtual exterior inspection before seamlessly transitioning directly into a virtual flight deck.
The critical addition to this technology is the “Evaluation Mode.” While virtual environments have previously served as supplementary practice tools, this FAA approval legally validates the VAPI system for official pilot testing. Pilots can now complete the preflight check ride portion of their evaluation without stepping onto a physical tarmac, according to the company’s statements.
“[VAPI] offers pilots a more engaging and practical way to develop aircraft familiarity, strengthen inspection discipline, and better prepare for real-world operations,” stated David Penney, VP of Safety, Courseware and Regulatory Affairs at FlightSafety International, in the press release.
Current Availability and Future Rollouts
Expanding the Virtual Fleet
The VAPI technology is already active at select FlightSafety Learning Centers, specifically for the Citation Latitude program. Furthermore, the company notes that the underlying 3D technology is integrated into training programs for a wider array of aircraft, including the Dassault Falcon 8X, Gulfstream G280, G650, Pilatus PC-12, and PC-24.
Looking ahead, FlightSafety expects to secure FAA approval for Evaluation Mode on three additional aircraft programs later in 2026, the Gulfstream G280, Gulfstream G650, and Dassault Falcon 8X. Long-term expansion plans outlined in the release include the Pilatus PC-12 and PC-24, as well as the Gulfstream G700/G800 series.
AirPro News analysis
The FAA’s willingness to approve virtual reality for official check rides marks a watershed moment for aviation regulation. We view this not merely as a technological upgrade, but as a fundamental shift in how pilot competency is measured. By moving evaluations to a digital realm, training centers can drastically reduce the downtime of physical aircraft and eliminate costly weather-related training delays.
More importantly, virtual environments offer a distinct safety advantage. Instructors can program the VAPI system to simulate rare, subtle, or dangerous aircraft defects, such as structural damage, fluid leaks, or worn components, that would be impossible or highly impractical to replicate on a physical training aircraft. This ensures that every pilot is evaluated against a rigorous, standardized set of inspection criteria, ultimately raising the bar for operational safety across the industry.
Frequently Asked Questions
- What is VAPI?
VAPI stands for Virtual Aircraft Preflight Inspection. It is an immersive 3D training environment developed by FlightSafety International that allows pilots to conduct exterior aircraft inspections digitally. - Which aircraft are currently approved for VAPI Evaluation Mode?
As of May 2026, the FAA has approved the Evaluation Mode for the Embraer EMB-550, Gulfstream G500/G600, and Citation Latitude. - Why is FAA approval of Evaluation Mode significant?
It signifies that the FAA recognizes high-fidelity 3D simulations as legally valid environments for official pilot testing and check rides, moving beyond their previous status as merely supplementary practice tools.
Sources
Photo Credit: FlightSafety International
Training & Certification
ATP Flight School Returns to Allegheny County Airport in Pittsburgh
ATP Flight School reopens at Allegheny County Airport, providing accelerated and flexible pilot training programs to meet aviation workforce demands.
This article is based on an official press release from ATP Flight School.
ATP Flight School, the largest flight training provider in the United States, is officially returning to Allegheny County Airport (AGC) in southwestern Pennsylvania this spring. The move brings accelerated airline pilot training back to the Pittsburgh region, aiming to address the ongoing demand for commercial aviators.
According to a company press release, the new AGC location will join ATP’s extensive network of more than 85 training centers across the country. The expansion provides aspiring pilots in the area with direct access to structured, airline-modeled training programs designed to take students from zero experience to the flight deck.
As the aviation industry continues to grapple with workforce challenges, the reestablishment of ATP’s operations at Allegheny County Airport marks a significant boost for local aviation education. The facility has long served as a hub for general and corporate aviation, and the return of a major training provider underscores its growing role in workforce development.
Expanding Training Opportunities in Pittsburgh
In its official announcement, ATP Flight School detailed that students at the AGC facility will have access to its flagship Airline Career Pilot Program. This accelerated, full-time curriculum prepares students for professional careers through airline-backed pathways to major carriers.
For those requiring a different pace, the company also highlighted its Flex Commercial Pilot Program. This option allows students to balance their flight training with college or existing work commitments, offering a more flexible schedule without compromising the quality of instruction.
Addressing the Pilot Shortage
The return of ATP to the Pittsburgh area comes at a critical time for the aviation sector. Industry leaders have repeatedly emphasized the need for robust training pipelines to replace retiring pilots and support airline growth.
Lance Bagnoff, Director of Allegheny County Airport, noted the strategic importance of the flight school’s return in the press release.
“Welcoming ATP Flight School back to Allegheny County Airport strengthens the airport’s role as a center for aviation education and workforce development. As the aviation industry faces a shortage of 24,000 commercial airline pilots in 2026, programs like ATP’s are critical to training the next generation of professional pilots,” Bagnoff stated.
ATP’s Strategic Vision for AGC
ATP Flight School has built its reputation on providing a highly structured, efficient path to a commercial pilot career. The company, which states it has been operating for 40 years, supplies pilots to both regional airlines and corporate operators nationwide.
Michael Arnold, Vice President of Marketing for ATP Flight School, emphasized the company’s commitment to safety and career progression in the press release.
“As ATP expands at Allegheny County Airport, our focus remains on delivering a turnkey, no-compromise airline career solution, paired with an unmatched investment in aircraft and safety,” Arnold said.
AirPro News analysis
We view ATP’s return to Allegheny County Airport as a logical step in the broader industry effort to decentralize pilot training and make it more accessible to regional populations. By placing a training center in southwestern Pennsylvania, ATP taps into a demographic that might otherwise have to relocate to Florida or the Southwest for accelerated flight training.
Furthermore, the cited shortage of 24,000 commercial airline pilots in 2026 highlights the urgency of these expansions. While major airlines have stabilized their hiring somewhat compared to the immediate post-pandemic rush, regional carriers and corporate operators still face significant staffing pressures. Facilities like the one at AGC are essential for maintaining a steady flow of qualified aviators into the talent pool.
Frequently Asked Questions
Where is the new ATP Flight School located?
ATP Flight School is returning to Allegheny County Airport (AGC), located in West Mifflin, Pennsylvania, serving the greater Pittsburgh region.
What programs will be offered at the AGC location?
According to the press release, ATP will offer its accelerated, full-time Airline Career Pilot Program, as well as the Flex Commercial Pilot Program for students needing a more flexible schedule.
How many training centers does ATP Flight School operate?
The company states it operates a network of more than 85 training centers nationwide.
Sources
Photo Credit: ATP Flight School
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