Training & Certification
One-G Simulation Launches Tarbes 9.00 TBM 900 Flight Simulator
One-G Simulation introduces the Tarbes 9.00, a high-fidelity TBM 900 flight training device developed using real aircraft data for enhanced pilot training.
Introduction to the Tarbes 9.00
Seattle-based manufacturer One-G Simulation has officially launched the Tarbes 9.00, a full-scale, high-fidelity flight training device designed to replicate the Daher TBM 900. According to reporting by Yahoo Tech, this new simulator represents a significant step forward for the company, which previously developed training devices for the TBM 700 and TBM 800 aircraft.
What sets the Tarbes 9.00 apart from its predecessors is the company’s shift in research and development methodology. Rather than relying solely on manufacturer data and published manuals, One-G engineers utilized an actual TBM 900 aircraft to gather empirical data. By conducting structured flight testing and ground operations, the team was able to capture real-world performance characteristics, control responses, and systems behavior.
The high-performance simulator was commissioned by Executive Flight Training, a facility specializing in advanced pilot preparation. We understand that this device will serve as a cornerstone for their training curriculum, allowing pilots to experience realistic, scenario-based emergencies safely on the ground.
Engineering the Tarbes 9.00
A New Approach to Research and Development
Historically, simulator manufacturers have depended heavily on a combination of customer feedback, aircraft manufacturer specifications, and published resource materials. However, Yahoo Tech reports that One-G Simulation evolved its process for the Tarbes 9.00 by directly accessing a physical aircraft. This hands-on approach allowed engineers to extract precise data to drive the simulator’s flight model and avionics fidelity.
Xylon Saltzman, founder and CEO of One-G Simulation, emphasized the value of this empirical data gathering in improving the overall fidelity of the training device.
“We’re using the Tarbes as an R&D platform to get empirical data and then directly apply that to the software,” Saltzman told Yahoo Tech.
He further noted that every dimension of the cockpit, including ergonomics and flight characteristics, was derived directly from flying the actual aircraft.
Replicating the Single Power Lever
One of the most significant engineering hurdles during the development of the Tarbes 9.00 was accurately emulating the TBM 900’s unique throttle quadrant. Industry research indicates that the Daher TBM 900, introduced in March 2014, features a redesigned cockpit that consolidates traditional multi-lever controls into a single mechanical lever operating in a gated “H” pattern.
This single lever controls both engine power and propeller RPM, with the left side managing thrust for taxiing and flight, and the right side managing engine start and cutoff conditions. Replicating the mechanical resistance and feel of this specific component required extensive engineering.
“From a mechanical standpoint, it was very complicated to emulate, and so it took many hours of development passes to get that right,” Saltzman explained to Yahoo Tech.
Enhancing Pilot Training
Executive Flight Training’s Curriculum
The Tarbes 9.00 was specifically commissioned by Executive Flight Training (EFT), an advanced flight training provider based in Beaufort, South Carolina. According to industry data, EFT is led by CEO Douglas Carmody, a former airline captain with over 30,000 flight hours. The facility focuses on insurance-approved training for high-performance aircraft.
By integrating the Tarbes 9.00 into their program, EFT aims to provide pilots with a highly accurate environment to practice complex, high-workload scenarios that would be too risky to execute in a real aircraft.
“The accuracy of the cockpit layout, control loading, and avionics allows our instructors to deliver realistic, scenario-based training that closely mirrors the aircraft,” Carmody stated in the Yahoo Tech report.
Hardware and Delivery Specifications
The Tarbes 9.00 features a model-specific flight deck equipped with a faithful replica of the Garmin G1000 avionics suite. Supplementary industry research notes that the device includes dynamic 3-axis force-feedback control loading and electrically actuated elevator trim to further enhance realism.
For flight schools and training centers interested in acquiring the device, Yahoo Tech reports that the standard turnaround time from order placement to delivery is approximately three to four months, though customization requests may extend this timeline.
Industry Impact
AirPro News analysis
The development of the Tarbes 9.00 highlights a critical shift in the Advanced Aviation Training Device (AATD) market. By moving away from purely theoretical or manual-based modeling toward empirical, in-cockpit data collection, manufacturers like One-G Simulation are blurring the lines between affordable flight school simulators and the multi-million dollar Level-D full-motion simulators traditionally reserved for major airlines.
We view this trend as a significant net positive for aviation safety. High-performance single-engine turboprops like the TBM 900, capable of cruising at 330 knots with a range of over 1,700 nautical miles, demand rigorous pilot proficiency. Providing instructors with highly accurate, model-specific tools allows for the safe rehearsal of catastrophic failures, ultimately building better muscle memory and decision-making skills without risking a valuable airframe or human lives.
Frequently Asked Questions
What aircraft does the Tarbes 9.00 simulate?
The Tarbes 9.00 is a full-scale, high-fidelity flight training device that replicates the Daher TBM 900, a high-performance single-engine turboprop.
How was the simulator developed?
Unlike previous models that relied on published data, One-G Simulation engineers used an actual TBM 900 aircraft to conduct structured in-flight and ground testing, gathering empirical data to drive the simulator’s software and hardware.
What is the delivery timeline for a Tarbes 9.00 unit?
According to the manufacturer, the standard turnaround time from order to delivery is approximately three to four months, depending on specific customization requests.
Sources
Yahoo Tech
Industry Research
Photo Credit: One-G Simulation
Training & Certification
HAVELSAN Expands 737 MAX and A320 Simulator Orderbooks
HAVELSAN grows its Boeing 737 MAX and A320 simulator orderbooks while building a new Ankara facility with 30-unit annual capacity.
Türkiye-headquartered flight simulator manufacturer HAVELSAN is rapidly expanding its commercial aviation training footprint, securing new orders for its Boeing 737 MAX and Airbus A320 family full flight simulators while constructing a high-capacity production facility in Ankara.
In press releases issued on August 31 and September 1, 2026, the company confirmed its Boeing 737 MAX full flight simulator (FFS) orderbook has grown to five devices. Concurrently, HAVELSAN announced orders for six additional Airbus A320 family training devices, building on the five A320 simulators it already has in operation.
Narrowbody simulator orderbook growth
The recent orderbook expansion is heavily supported by Turkish Airlines (TK). Following the delivery of its latest order for two devices, the national carrier will operate five HAVELSAN-built Boeing 737 MAX simulators.
HAVELSAN noted that eight different airlines and pilot training centers have conducted evaluation fly-outs on its Boeing 737 MAX FFS. All of the manufacturer’s full flight simulators currently in operation have achieved European Union Aviation Safety Agency (EASA”>EASA) qualification, a critical regulatory benchmark for international sales.
Infrastructure expansion in Ankara
To support the growing backlog of its STARLINE simulator portfolio, HAVELSAN is executing a major infrastructure investment. In March 2026, the company broke ground on a new 17,000-square-meter Simulator Production and Integration Facility in Ankara.
Scheduled to enter service in 2027, the new plant will allow the company to produce up to 30 simulators annually. The facility is designed to support the simultaneous development and integration of 16 devices. Once operational, HAVELSAN’s total infrastructure capacity in Ankara will reach 40 commercial and military simulators.
Strategic market positioning
The narrowbody simulator announcements follow a major July 2026 agreement with Turkish Airlines for 12 new training devices, comprising eight full flight simulators and four flight training devices. That agreement also marked HAVELSAN’s strategic entry into the wide-body aircraft simulation market.
Beyond its domestic market, the company is actively targeting international operators. HAVELSAN recently showcased its STARLINE portfolio at the Asia Pacific Aviation Training Summit (APATS) 2026 in Singapore, aiming to capture demand from Asia-Pacific carriers expanding their narrowbody fleets.
AirPro News analysis
We view HAVELSAN’s concurrent investments in production capacity and EASA qualification as a clear strategy to transition from a regional defense supplier into a global commercial aviation training provider. By scaling its manufacturing infrastructure to support 30 simulators annually, the company is positioning itself to compete directly for narrowbody training contracts against established tier-one simulator manufacturers. The entry into wide-body simulation with Turkish Airlines will likely serve as a critical proof of concept for future international campaigns.
Photo Credit: HAVELSAN
Training & Certification
CPaT Global Partners With Nippon Cargo Airlines for 747-8 Training
CPaT Global will provide digital pilot training solutions to Nippon Cargo Airlines, covering approximately 200 Boeing 747-8 crew members.
Aviation training provider CPaT Global has secured a partnerships with Nippon Cargo Airlines (NCA) to supply digital pilot training solutions for the Japanese freight operator’s Boeing 747-8 freighter crews.
In a press release issued on September 1, 2026, CPaT Global confirmed the agreement will support approximately 200 pilots. The partnership provides NCA with a centralized digital learning environment that integrates CPaT’s proprietary courseware with the airline’s existing training resources.
Digital Integration for Flight Crews
Under the agreement, NCA will utilize the CPaT Learning Management System (LMS) alongside the developer’s General Subjects courseware. The airline will also implement CPaT Invent and Certificate Builder. These tools allow the operator to incorporate SCORM-compatible third-party content into a single training system.
“We are proud to welcome Nippon Cargo Airlines as a CPaT training partner and expand our support for the aviation community in Japan,” said Capt. Greg Darrow, Vice President of Sales at CPaT Global.
Darrow added that the selection demonstrates the flexibility required by airlines from modern learning platforms, noting the company’s intent to build further relationships with operators throughout the Asia-Pacific region.
Corporate Restructuring Under ANA Holdings
The training partnership follows a period of significant corporate transition for the Narita-headquartered cargo airline, which was established in 1978. On August 1, 2025, ANA Holdings Inc. finalized its acquisitions of NCA.
According to reporting by CargoForwarder Global, ANA Holdings initiated a strategic reorganization on April 1, 2026, to merge its separate freight units, including NCA, NCA Japan, and ANA Cargo. Under this restructuring, NCA continues as the operating arm and maintains its own Air Operator Certificate (AOC) to fly its fleet of eight Boeing 747-8 freighters.
AirPro News analysis
We view NCA’s investment in a new digital training infrastructure as a practical step to ensure operational continuity during its integration into the broader ANA Group. By adopting a centralized LMS while retaining its distinct AOC, the cargo operator can standardize recurrent training for its 747-8 crews without disrupting its specialized freight operations.
Sources: CPaT Global
Photo Credit: CPaT Global
Training & Certification
Acron Aviation CTS Signs Boeing 737 Training Deal With ASL Australia
Acron Aviation CTS secures preferred supplier agreement for Boeing 737 Type Rating training with ASL Airlines Australia through 2028.
Acron Aviation Commercial Training Solutions (CTS) has secured a multi-year preferred supplier agreement to provide Boeing 737 Type Rating training for ASL Airlines Australia through the end of 2028.
Announced in a September 2, 2026, press release, the contract formalizes a long-term training pipeline following an initial program completed in the first half of 2026. The instruction will continue to be delivered at the CTS London Training Centre.
Tailored Boeing 737 Training Curriculum
The agreement encompasses comprehensive Boeing 737 Type Rating instruction and includes provisions for Airline Pilot Standards Multi-Crew Cooperation (APS MCC) training. A key component of the curriculum is the integration of ASL Airlines Australia’s specific Standard Operating Procedures (SOPs). This tailored approach is designed to ensure pilots transition directly into line operations upon completion of the simulator phases.
Captain Nathan Burkitt, Head of Training and Checking for Flight Operations at ASL Airlines Australia, stated that trainee feedback on the initial courses has been highly favorable.
“Feedback from our trainees on the course, facilities, instructors and overall training environment has been overwhelmingly positive, with particular praise for the instructors’ professionalism, knowledge and commitment to helping every pilot succeed,” Burkitt said.
Corporate Transition and Future Operations
The finalization of this training contract occurs during a period of corporate restructuring for the training provider. On August 26, 2026, parent company Acron Technologies announced a definitive agreement to divest its Commercial Training Solutions business to FlightSafety International (FSI). That transaction includes the Training Systems, Training Services, and Aviation Academy portfolios, and is expected to close in the fourth quarter of 2026.
Despite the pending acquisition, CTS leadership emphasized operational continuity and customer focus. Patrick Davis, Vice President and General Manager of the London Training Centre for Acron Aviation CTS, noted the agreement reflects the airline’s confidence in the facility’s instructional quality.
“We’re delighted that ASL Airlines Australia has extended its partnership with Acron Aviation and selected us as a preferred supplier for Boeing 737 Type Rating training through to the end of 2028,” Davis said.
AirPro News analysis
We view the timing of this multi-year agreement as a positive indicator for the impending integration of the CTS business into FlightSafety International. Securing a guaranteed training pipeline through 2028 provides immediate revenue visibility for the London Training Centre under its new ownership. The commitment from ASL Airlines Australia demonstrates that the pending corporate handover has not deterred operator confidence in the facility’s ability to deliver specialized, SOP-integrated Boeing 737 instruction.
Sources: Acron Aviation
Photo Credit: Acron Aviation
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