By Capt. Fahad ibne Masood, MRAeS, Squadron Leader (R)
General aviation, aircraft maintenance, military operations, commercial airlines and emerging aviation all have one thing in common: the need for training in diverse competencies. Training management has become a prerequisite to achieve organizational objectives. A collective whole, coined as “XR” (Extended Reality) has taken center stage in this ever-dynamic aerospace arena. It includes AR (Augmented Reality), VR (Virtual Reality) and MR (Mixed Reality). All of the above have pushed the training envelope from conventional to unconventional, from traditional to modern, from resource-intensive to efficient and from external to immersive. This technology overcomes challenges including limited trainers and aircraft availability. It enhances skill acquisition, mitigates costs and risks and manages worst-case scenarios in the training world. Here is how it’s making a difference.
Critical Move From Traditional to Immersive Training
Traditional aviation training—with activities like real-time aircraft flights, hands-on mockups and hours of classroom lectures—remains both expensive and resource intensive. These methods are sometimes risky, costly and require a robust supply chain. Contrast this with XR, which wholly immerses users with live interactive components.
XR brings the best of all worlds (think: AR, VR, MR) to life with realistic, interactive environments. Several key benefits of XR have been increasingly driving its adoption in aviation training:
- Customized Training & Development (T&D): Integration of AI-generated or designed situations increases the available data that informs skill development for individualized performance.
- Expandability: Revisable classes and online access address challenges such as trainer shortages and site entry.
- Risk Management: Practicing for wanted-undesired circumstances, less-witnessed occurrences and time-critical emergencies by learners help keep live, contemporary losses in check.
- Resource Saving: Use of XR saves, on average, about 40% costs that arise from practical simulator utilization, airplane groundings and aviation fuel.
For all of these reasons and more, international regulatory bodies, like the EU Aviation Safety Agency (EASA) and the U.S. Federal Aviation Administration (FAA), have pushed XR training forward. Relative equivalency has already been gained using XR in various arenas, with examples like the EASA Level 3 and FAA Level 7 earning of VxR competency by Leonardo and Loft Dynamics’s EASA/FAA accreditations.
Convenience and Productivity Enable Commercial Aviation
Extended reality is quickly becoming a cornerstone of modern crew training, replacing or supplementing traditional full-motion simulator sessions. Airlines and training providers are turning to VR-based quick reference handbook (QRH) flow practice, virtual aircraft walkarounds and immersive flight deck familiarization modules to reduce costs and improve access to high-quality instruction. The technology offers a practical answer to the high expense of maintaining high-fidelity simulators and the growing shortage of experienced flight deck instructors.
In 2026, the concept of “adaptive learning”continues to gain global traction. It refers to AI-supported debriefing systems that tailor training to an individual’s performance. Industry leaders such as CAE and AXIS Flight Simulation were among the first to incorporate these tools. They report cost reductions of up to 25 percent through improved efficiency and pilot preparedness. FAA-certified programs, including Envoy Air’s VR aircraft walkaround system, now demonstrate how near real-time virtual emulation can shorten classroom hours while maintaining regulatory rigor.
Meanwhile, the adoption of competency-based training (CBT) within XR platforms continues to strengthen pilots’ aeronautical decision-making (ADM) and workload management skills. The approach aligns with aviation’s broader shift toward immersive, data-driven training methods designed to make flight crews safer, faster and better equipped for the evolving cockpit environment.
Risk Mitigation Mastery in Military Aviation
Operational readiness and tactical proficiency have made military aviation one of the leading-edge users of XR in defense applications. Haptic feedback technology, once the realm of science fiction, is now being deployed to enhance skill retention and muscle memory in virtual training environments. For example, the U.S. Army’s Synthetic Training Environment (STE) leverages AR and VR technologies for complex air operations and multidomain battle scenarios. It allows aviators to rehearse missions that would be prohibitively expensive or dangerous to stage in the real world.
Boeing’s Red 6 has developed the Advanced Tactical Augmented Reality System (ATARS), which overlays AI-driven virtual aircraft onto a pilot’s real-world field of view during live flight. The system allows F-16 pilots and other tactical aviators to engage simulated adversaries in actual airspace, blending live and virtual training in what the company calls “airborne tactical augmented reality.” The U.S. Air Force has used ATARS to simulate air-to-air combat scenarios, while the Royal Air Force has explored similar AR technology aboard its Hawk trainers for virtual threat simulation and mock air combat.
The U.S. Air Force also now rehearses combat search and rescue (CSAR) operations, which demand split-second decisions under extreme pressure in immersive XR environments. These “live-virtual-construct” training systems allow military aviators to practice compounded operations at a fraction of the cost of traditional full-scale exercises. They address the twin pressures of rising platform costs and the need for highly competent professionals in an era of increasingly sophisticated threats.
Getting Hands Dirty Without Getting Hands Dirty in Aircraft Maintenance
Composite structures and turbofan engines are both complicated affairs. The competencies needed to maintain both are increasingly being built with XR in maintenance, repair and overhaul (MRO) facilities worldwide.
The U.S. Air Force’s 15th Maintenance Group has adopted VR to build confidence before technicians ever touch a real aircraft. Qatar Airways and Airbus have reported precision improvements of up to 40 percent and training time reductions of 25 percent using VR-enabled modules for Trent XWB engines and landing gear systems. These systems allow maintainers to rehearse complex procedures in a risk-free environment while reducing costly errors and aircraft-on-ground (AOG) time.
AR is proving equally valuable on the hangar floor. AR overlays provide real-time, step-by-step instructions superimposed directly onto physical components. This reduces human error and improves precision during structural repairs. EON Reality’s AVR Platform has been deployed to train U.S. Air Force maintainers on the F-16 Viper. Companies like PartWorks have developed AR tools such as RepAR to guide technicians through intricate repair sequences on both commercial and military platforms. The result is fewer mistakes, faster turnarounds and more confidence among newer technicians entering a workforce facing widespread retirements.
Liberalizing Availability in General Aviation
Barriers to entry for aviation enthusiasts and aspiring pilots have long been a sore point in flight schools and general aviation. XR is beginning to address this problem.
Helicopter sling load operations (HESLO), an expensive and logistically complex training evolution, can now be rehearsed in near-realistic scenarios using Loft Dynamics’ FAA Level 7-qualified VR simulators at a fraction of the cost of live flight. The company’s VR systems have achieved both EASA and FAA certification, making them the first fully qualified virtual reality flight training devices eligible for logging official training hours.
Mixed-reality trainers from True Course Simulations allow student pilots to transition gradually from virtual to real-world controls by blending physical cockpit hardware with immersive digital environments. The approach gives trainees immediate feedback and near real-time traffic scenarios without the expense or scheduling constraints of high-fidelity full-motion simulators. Interactive simulation systems like these are delivering “eureka” and “wow” moments for the next generation of aviators that inspire continued engagement and improve retention rates in an industry struggling to attract new talent.
Taking On New Pilot Roles in Emerging Aviation
The next wave of aviation, such as electric vertical takeoff and landing (eVTOL) aircraft, advanced air mobility (AAM) operations and highly automated uncrewed aircraft systems (UAS) will demand a different kind of pilot. Regulators already anticipate this shift. Under the FAA’s emerging powered-lift framework, for example, part of the additional training burden for future eVTOL pilots can be met in VR devices. (See prior AG coverage on training eVTOL pilots). Training academies tied to early eVTOL manufacturers are leaning heavily on advanced simulators to make that pathway more accessible to new entrants and transition pilots. (See prior AG coverage of next gen flight instruction).
XR’s value will only grow as cockpits become more automated and mission profiles more complex. Mixed-reality setups, where pilots interact with physical controls and representative avionics while flying a simulated aircraft, are already being used in next-generation test ecosystems to validate scenarios, support certification of unpiloted aircraft and refine training workflows for eVTOL systems.(See prior AG coverage of AI-enabled training). The same principles will apply to drone pilots operating in dense beyond visual line of sight (BVLOS) corridors, where XR-enabled training will help shift their role from manual stick-and-rudder control to strategic airspace management and mission oversight. (See prior AG coverage of airspace management tech).
As AAM scales, XR can also help close looming workforce gaps. Realistic, repeatable virtual scenarios offer a way to standardize training for entirely new roles, from urban air taxi pilots to remote operators managing swarms of autonomous systems. By blending VR, MR and AI-driven personalization, training providers can build a pipeline of “multi-domain” aviators who are as comfortable managing a powered-lift approach into a vertiport as they are supervising autonomous drones executing a complex mission profile. (See prior AG coverage of eVTOL pilot career paths).
The Future of Aviation Training Awaits
The aviation industry is pursuing system augmentation rather than system overhaul as it integrates XR into existing training infrastructures. Hybrid networks of MR and VR are being deployed to handle routine and scenario-based instruction, freeing up high-end full-motion simulators and live aircraft for the most demanding training evolutions. Efficiency has become the name of the game across the industry, and market forecasts reflect that momentum: the global AR and VR market in aviation is projected to grow at a compound annual growth rate (CAGR) exceeding 40 percent through 2030, driven by expanding use cases in crew training, maintenance and emerging aviation domains.
Challenges remain, including standardization across platforms, integration with legacy training systems and the need for consistent regulatory frameworks. But with the FAA and EASA actively developing certification pathways for XR training devices, the momentum seems undeniable. XR promises a future where aviation training will be more inclusive, effective and resilient for a skilled workforce that will make skies safer…worldwide.