How will flight simulation advance in 2026?

AI integrations shifted from experimentation to real-world application, becoming a tool to streamline the analysis and feedback of flight training. Instructor availability continued to place pressure on operators while the wider industry grappled with pilot and personnel shortages, however, emerging technologies such as virtual reality (VR) systems offered a measure of reassurance, enabling more adaptative, data-led training that maintains quality and achieves more with less.

Even as simulation technology advances through 2026, the industry must continue to evolve in step with changing training demands and expectations.

AI as a training partner and tool

In 2026, we expect to see the maturing of AI within the simulation environment, moving beyond isolated features to become an integrated part of the training process. AI is already being used to analyse performance data in real time, refine scenario complexity, identify patterns in pilot behaviour and highlight specific areas for improvement.

As a result, pilots receive more thorough feedback and benefit from training that is better aligned to their individual learning needs and operational readiness. Instructors and training organisations gain a clearer, data-led view of performance trends across cohorts. This supports more consistent assessment standards and allows programmes to scale effectively without compromising safety.

Competency-based training as the default model

Competency-based training (CBT) is fast becoming the standard approach to pilot development and something we expect to see more of this year. The practice reflects a broader shift towards personalised, evidence-led training models. Rather than progressing pilots primarily by flight hours or time spent in training, CBT focuses on the consistent demonstration of real-world skills and behaviours required to operate safely as a pilot, such as situational awareness and decision making.

This direction is strongly supported by regulators such as European Union Aviation Safety Agency (EASA), which has embedded competency-based principles within its Evidence-Based Training (EBT) framework. EBT encourages the use of real-world operational data from qualified pilots, such as how they may response to normal, abnormal or unexpected situations, which is then used to shape training and feedback.

CBT methods keep simulator training closely aligned with the scenarios and decision making challenges pilots are most likely to face in service. Supported by simulator platforms and data-driven tools, CBT enables more consistent assessment and feedback focused on clearly defined competencies.

With pilot demand having risen by 32% from 2024 to 2025, and showing no signs of slowing as 2026 gets underway, CBT is set to move from best practice to baseline in 2026, driven by the need for greater training efficiency.

Preparing for the next-generation of aircraft pilots

Pilot training must become more accessible and scalable through 2026 and beyond. Not only to attract new talent to the industry, but to support trainers during a period of strained resources.

Digital and immersive training tools are playing an increasingly important role in building foundational skills and expanding training capacity, particularly in the early stages of a pilot’s development.

VR-based training models such as AXIS Flight Simulation’s VPT are designed to support this shift by enabling pilots to practise procedures, system familiarisation and decision making within highly realistic, yet more accessible, environments. By supporting remote training, these models help ease pressure on full flight simulators (FFS) and instructor availability at a time when training resources remain constrained.

Preparing for the next-generation of aircraft

VR-based training will become especially relevant from 2026 onwards, as new aircraft types, including electric vertical take-off and landing (eVTOL) platforms, begin to enter service alongside continued growth in air travel demand.

The FAA’s decision in 2025 to clear a certification pathway for eVTOL aircraft through its powered-lift rules brought much-needed regulatory clarity, while also signalling that these aircraft are moving closer to practical integration into everyday aviation and transport systems.

As eVTOL programmes progress through manufacturing and testing, VR-based training systems offer a means for pilots to develop early familiarity within replicated operating environments, supporting readiness ahead of wider aircraft deployment.

AXIS Flight Simulation’s future commitment

Building on 2025’s successes, such as the launch of our AI Debriefing Station, AXIS Flight Simulation remains focused on delivering high-quality simulation solutions that align with the needs of our industry.

By continuing to develop data-driven tools and working closely with our partners, we are committed to helping training organisations deliver consistent, future-ready training in an increasingly complex operating environment.