There are some very interesting changes going on at Boeing that will be exciting for both gamers and avgeeks alike. 
Boeing is using technology from Microsoft Flight Simulator and Microsoft Azure to power a new professional training aid called the Virtual Airplane Procedures Trainer (VAPT). This new system is an official study aid to the multimillion-dollar simulators used for official certification and flight training.
The system does not replace full motion simulators for the purpose of obtaining pilot ratings and credentials, but it is designed to provide pilots with a high-fidelity, 3D simulation of the cockpit on portable devices, including laptops and tablets. The goal is to allow the flight crew and training to practice procedures as well as familiarize themselves with the cockpit layout, no matter where they are, whenever it’s convenient for them.
This is a huge leap in flexibility for simulation-based pilot training, which not only makes it easier and simpler for pilots and training to practice but also cuts down on the amount of time needed and the expense of full-motion simulators. The software uses consumer-grade technology to bring near-professional quality sims to all pilot trainees.
Pilot Training Anywhere, Anytime
Using the Azure cloud for the VAPT dramatically increases convenience for pilots by offering unprecedented flexibility and accessibility in their training schedules and locations. Because the demanding simulation processing happens in the cloud, this removes the previous necessity of needing a dedicated physical training facility or simulator center and allows pilots to study based on their own individual learning needs.
The primary advantage is the ability to practice procedures and flows from virtually any location with an internet connection, such as a hotel room during layovers or at home. Despite being cloud-based, the application also offers an offline mode, providing flexibility for pilots who may not have a consistent internet connection while traveling or in the air.
Pilots can utilize small windows of downtime during layovers or at home for “bite-sized” training sessions. This self-paced practice can happen anywhere, on their own individual schedules, without needing to be physically connected to the internet at that specific moment. Pilots are always traveling and staying in hotels or remote locations where internet connectivity may be unreliable, slow, or nonexistent. The offline mode ensures they can still access their training materials and complete sessions without disruption, regardless of local network conditions. The ability to practice procedures offline means that skill development and muscle memory can be consistently maintained, and helps maintain proficiency.
737 MAX Leads The Way
The VAPT system provides a visually realistic and interactive 3D model of the Boeing 737 MAX flight deck, leveraging the advanced graphics engine of Microsoft Flight Simulator 2024. The core function of the VAPT for the 737 MAX is to allow the practice of both normal and abnormal operational procedures. Pilots can interact with simulated aircraft systems to visually locate and interact with switches, buttons, and displays in their correct physical locations.
The 737 MAX was chosen as the initial aircraft for the Virtual Airplane Procedures Trainer (VAPT) primarily because of its widespread use in commercial aviation and the need to offer a modern, efficient training solution for one of Boeing’s most important product lines. Following the highly publicized issues and subsequent return to service, there has been an increased emphasis on robust, standardized pilot training for the 737 MAX.
Windows Central quoted Dayan Rodriguez, Corporate Vice President, Manufacturing and Mobility, in his remarks on the MSFS evolution from game to training aid:
“Microsoft is committed to accelerating learning while optimizing confidence for pilots with safety at the core. Partnering with Boeing, we are advancing the future of flight by empowering the people at the heart of it.”
The VAPT provides a consistent platform for all pilots to learn and practice procedures the same way across an airline’s entire fleet. The VAPT modernizes the industry’s approach to learning, prioritizing flexibility and consistency while maintaining the highest safety standards required for commercial flight operations.
Freedom To Customize For Airlines
The Boeing VAPT makes content customization for airlines accessible and simple, thanks to an intuitive, configurable self-service authoring tool. This system allows airline training managers to customize specific training lessons, procedures, and scenarios tailored to their airline’s specific standard operating procedures (SOPs).
Azure’s cloud infrastructure allows Boeing and the airlines to scale the training program to thousands of pilots simultaneously without needing significant local IT assets. Training managers can use the authoring tool to create or modify lessons and deploy them instantly to their entire pilot pool worldwide.
Airlines have direct control over their training programs, empowering them to tailor educational material to suit their specific and evolving training needs. There is no need to manually update software on individual machines. All pilots access the same, up-to-date content and simulation via the cloud, which helps standardize training across an airline’s entire operation, improving safety and consistency.
The VAPT system provides airlines with an agile platform to adapt their training programs quickly and efficiently to operational updates or regulatory changes, which is a process that can often be slow and cumbersome for a myriad of institutional and logistical reasons.
Simulators & Safety Training: A Look At The Wizz Air Pilot Academy
The airline has quite the facility in Budapest.
Powered By Microsoft
The VAPT is powered by Microsoft Azure, which allows it to deliver minimal hardware requirements for the end user. The system is designed to run on commercial off-the-shelf devices (COTS) that are commonly found in any household. Pilots do not need high-end gaming PCs or specific joysticks or yokes to use the program, unlike traditional simulators or consumer flight sim setups.
The VAPT program from Boeing uses the underlying technology and high-fidelity 3D graphics engine of Microsoft Flight Simulator 2024 to create realistic cockpit environments. That simulation processing is largely handled in the cloud. The results are streamed to the user device, which enables the use of lower-powered computers and devices so that all pilots have access to the same standardized, up-to-date content.
The primary hardware platforms targeted for VAPT are personal computers and iPad devices running an iOS application. Microsoft’s consumer entertainment technology and cloud infrastructure are allowing Boeing to create a professional, flexible, and scalable training aid that bridges the gap between theory on paper and practice in expensive full-flight simulator time.
Cockpit On The Cloud
Azure serves as the central hub for storing and distributing training materials and custom lessons. It handles the significant computing required to run the high-fidelity simulation. Azure streams the simulation to the user’s lightweight device (laptop or iPad), similar to cloud gaming, which eliminates the need for a powerful PC. Microsoft Flight Simulator has a 1:1 digital twin of the planet thanks to Bing Maps data and satellite images.
Azure’s artificial intelligence (AI) processes this massive amount of data to generate realistic 3D representations of terrain, airports, and scenery. Azure also hosts airline-specific customization of the VAPT platform’s content, including lesson plans created with the authoring tool. This central storage allows for immediate distribution of updates or new scenarios to all pilots globally.
On-Demand Flight Deck Training
The integration of Azure provides many key advantages that enhance the training experience. By leveraging existing cloud infrastructure, airlines can reduce reliance on expensive, full-motion simulators for initial procedures training. This significantly shortens the time needed in those premium simulators, saving time and money.
Pilots can engage in shorter, more frequent training sessions focused on specific tasks, like using the Control Display Unit or reviewing a checklist, whenever they have a free moment. That is an enormous advantage when the next best option is needing to schedule a multi-hour block in a physical simulator. Practicing procedures in advance on the VAPT means pilots arrive at the expensive, full-motion simulators already familiar with the cockpit layout, which makes their limited time in the full simulator more impactful.
While specific details are still forthcoming, Azure’s platform enables the potential for advanced data analytics on pilot performance, allowing for tailored feedback and more effective learning outcomes. Azure transforms the VAPT into a flexible, powerful, and modern training system that perfectly complements traditional flight training methods.
The VAPT represents a significant shift that will change commercial aviation and pilot training as the industry is moving towards a hybrid training model that blends high-fidelity virtual training on personal devices with traditional simulator sessions. The introduction of this technology is a major step in integrating consumer-grade technology into professional aviation.
How Has Flight Training Evolved Over The Years?
There has been a heavy emphasis on technological tools in recent years.
Safety First At Boeing
The tragic crashes of Lion Air Flight 610 and Ethiopian Airlines Flight 302 directly exposed critical shortcomings in pilot training and operational standardization, creating a powerful impetus for the development of advanced training tools like the Virtual Airplane Procedures Trainer (VAPT). The incidents highlighted a broader aviation safety concern regarding “skill fade” or “skill deficit.”
A primary factor in both accidents was that pilots were not adequately informed or trained on the Maneuvering Characteristics Augmentation System (MCAS). Aiming to minimize training costs for airlines, Boeing originally decided not to include detailed descriptions of the MCAS in the pilot manuals or require simulator training for the 737 MAX transition. Most pilots were unaware that the system even existed or how it functioned. The investigations into the crashes led to a global grounding of the 737 MAX fleet and a universal demand for enhanced and standardized training procedures.
When faulty Angle of Attack (AOA) sensor data caused the MCAS to force the aircraft’s nose down repeatedly, the pilots struggled to identify and counter the problem quickly enough because they hadn’t been taught how to handle the specific malfunction. That also highlighted the need to prevent the gradual erosion of manual flying and problem-solving skills as automation in the cockpit has increased over the years.
