The Power of Curated Flight Simulator Experiences

What’s different about Av8rAero’s flight simulation experiences? (www.Av8rAero.com).

Most people think a flight simulator is simply a machine that lets you “fly an airplane.” While that can certainly be exciting, it barely scratches the surface of what a thoughtfully designed simulator experience can offer.

The true power of a flight simulator lies not in the hardware, but in the experience that surrounds it.

A curated flight simulator experience is intentionally designed around a specific objective. Whether the goal is education, leadership development, family entertainment, aviation awareness, or personal growth, every element of the session is planned to create meaningful engagement. Rather than simply placing someone in the captain’s seat and letting them experiment, the experience becomes a carefully crafted journey.

Beyond Entertainment

Flying an airliner from takeoff to landing is memorable. Flying it while solving realistic challenges, making decisions under pressure, and understanding why professional pilots think the way they do is transformative.

A curated experience introduces participants to the art of decision-making. Weather changes unexpectedly. An instrument begins to fail. Air traffic becomes congested. A crosswind develops during landing. Every scenario becomes an opportunity to think, adapt, communicate, and learn.

Participants leave with much more than great photos—they leave with stories, insights, and a deeper appreciation for aviation and human performance.

Every Audience Deserves a Different Experience

No two participants walk into a simulator with the same interests or expectations.

A ten-year-old fascinated by airplanes should experience something very different from a corporate executive exploring leadership or a retired airline enthusiast reliving decades of aviation memories.

That is why curated experiences matter.

A STEM-focused session might introduce the science of lift, navigation, and weather. A family session emphasizes teamwork and shared excitement. A business workshop may focus on communication, situational awareness, workload management, and decision-making. Aviation enthusiasts might explore advanced instrument flying or historical aircraft operations.

The simulator is the same.

The experience is completely different.

Learning Through Experience

People rarely remember long lectures.

They remember experiences.

When participants are actively making decisions, observing outcomes, and discussing what happened, learning becomes memorable. Flight simulation creates an environment where mistakes become valuable teaching moments without real-world consequences.

This is one of aviation’s greatest strengths.

Pilots have long used simulation because it allows them to experience rare events, practice difficult procedures, and develop confidence before facing similar situations in the real world.

The same principle applies outside aviation. Leaders, students, engineers, healthcare professionals, and families all benefit from experiential learning that encourages observation, critical thinking, communication, and reflection.

The Human Element

The best simulator sessions are never about the airplane alone.

They’re about people.

How do people respond to uncertainty?

How do they divide attention between competing priorities?

What information do they notice—and what do they miss?

How does confidence influence decision-making?

How do teams communicate under pressure?

These are universal questions that extend far beyond aviation.

Every simulator session becomes an opportunity to better understand ourselves.

Memories That Last

Many attractions provide excitement for an hour.

A carefully curated simulator experience creates memories that last for years.

Participants remember the first smooth landing. The unexpected storm. The teamwork that solved a challenging situation. The moment they finally understood how pilots navigate through clouds or why cockpit communication matters so much.

These experiences often spark lifelong interests in aviation, engineering, science, leadership, or simply the joy of learning something entirely new.

More Than Flying

At Av8rAero, we believe that every simulator session should have a purpose.

Whether that purpose is inspiring the next generation of aviators, strengthening executive decision-making, celebrating a birthday, introducing families to aviation, or simply creating an unforgettable experience, our goal is the same: to design experiences that are engaging, educational, and memorable.

A flight simulator is an incredible piece of technology.

A curated flight simulator experience transforms that technology into inspiration.

And sometimes, inspiration is the most valuable destination of all.

CP Jois

Role of Simulators in FAA’s NextGen program

Simulation ecosystems are used in a variety of applications beyond their use in training of pilots. While simulators were initially used to help train pilots, they rapidly evolved into playing important roles in advancing aviation overall. Human factors assessments, aircraft and airport design, flightdeck instrumentation design, operating procedure development, air traffic control training, air traffic flow management evaluations are some examples of where simulators are used outside of the realm of direct pilot training (Lee, 2005).

A specific current day example of the use of simulators outside of pilot training is in FAA’s NextGen Program. Air traffic is expected to increase over the next 15 to 20 years and the “NextGen” Program is a comprehensive overhaul of the US National Airspace System to respond to the upcoming demands. NextGen introduces revolutionary new approaches to capacity problems. It will use newer technologies and automation to shift the way air traffic is managed. NextGen is not one idea, but a series of initiatives aimed at transforming different aspects of the aviation ecosystem (Federal Aviation Administration, 2014). The program has been structured into a set of program areas, typically focused on laying out infrastructure. These areas include Automatic Dependent Surveillance Broadcast (ADS-B), En Route Automation Modernization (ERAM), Data Communications (DataComm), National Airspace System Voice System (NASVS), Terminal Automation Modernization and Replacement (TAMR), and System Wide Information Management (SWIM). NextGen also has a set of portfolios that deliver new capabilities. The portfolios are Time-based Flow Management, Collaborative Air Traffic Management, Improved Approaches and Low-Visibility Operations, Improved Surface Operations, On-Demand NAS Information, Performance-based Navigation, Improved Multiple Runway Operations, Separation Management, and Environment & Energy (Federal Aviation Administration, 2014).

Clearly, the NextGen program will advance commercial aviation in the US and serve as a role model for other such implementations. It will also require changes that could impact the design of future aircraft, air traffic control processes and devices, airport layouts and maintenance facilities, training content, training processes, job aids and performance support systems. The NextGen program will rely heavily on the use of simulation environments to design and test the necessary changes (Callantine, 2008; Crutchfield, 2011; Doucet, 2013; Hunter, 2009). Many of the proposed changes need to be tested before implementation begins, but it is difficult to conduct human factors tests on an environment that does not yet exist. The use of synthetic environments in these situations bring benefits in terms of cost and risk. There is significant benefit to being able to simulate scenarios and test out human interaction with machines before their use in real-world environments.

One very specific example is the use of NextSim. NextSim is an ATC research simulator that collects performance, workload, and situation awareness data to address human factors/ ergonomics issues that might arise in NextGen (Durso, Stearman, & Robertson, 2015). Another example is where, according to a Rockwell Collins’ release, a Boeing 737 flight simulator in the FAA’s Flight Operations Simulation Laboratory (FOSL) in Oklahoma City, will be used to study the viability for NextGen to safely achieve benefits such as lower landing minima by using Rockwell Collins head-up displays with synthetic and enhanced vision during different phases of flight in low visibility conditions (“FAA chooses Rockwell Collins’ guidance systems”, 2012). At Oshkosh AirVenture 2010, the FAA NextGen Data Communications (DataComm) program demonstrated by using simulators that new Data Comm technology will deliver major savings in time, money, fuel, as well as, environmental effects. The technologies introduced by DataComm included its new air traffic control (ATC) and Boeing 737 cockpit simulators (Gonda & Zillinger, 2010).

Callantine (2008) describes the use of simulation to analyze human-in-the-loop route structure simulation data. Hunter (2009) describes the design and test of the simulators for use in NextGen, and further proposes test protocols for NextGen simulators. Doucett (2013) details out a cross-organization effort to setup a distributed environment comprised of aircraft and ATC simulator that can serve as a collaboration tool for NextGen design and test. Prevot, Homola, and Mercer (2008) study the trajectory based operations, a NextGen component using simulators.

Based on the discussion above, there is little doubt that simulators and synthetic environments have, and continue to play, a critical role in aviation, over and beyond their use for direct pilot training.

References

Callantine, T. (2008). An integrated tool for NextGen concept design, fast-time simulation, and analysis. In Proceedings of the AIAA Modeling and Simulation Technologies (MST) Conference, Honolulu, HI.

Crutchfield, J. M. (2011). NextGen update. Aviation, Space, and Environmental Medicine, 82(9), 925-925. doi:10.3357/ASEM.3117.2011.

Doucett, S. (2013). Distributed environment experiment for NextGen. doi:10.2514/6.2013-4277.

Durso, F. T., Stearman, E. J., & Robertson, S. (2015). NextSIM: A platform-independent simulator for NextGen HF/E research. Ergonomics in Design, 23(4), 23-27. doi:10.1177/1064804615572624.

FAA chooses Rockwell Collins’ guidance systems with synthetic and enhanced vision to support NextGen efforts. (2012). Entertainment Close-Up.

Federal Aviation Administration. (2014). NextGen Implementation Plan 2014. Retrieved from https://www.faa.gov/nextgen/library/media/NextGen_Implementation_Plan_2014.pdf

Gonda, J., & Zillinger, E. (2010). Digital avionics. Aerospace America, 48(11), 44.

Hunter, G. (2009) Testing and validation of NextGen simulators. doi:10.2514/6.2009-6124.

Lee, A. T. (2005). Flight simulation: Virtual environments in aviation. Burlington, VT;Aldershot, England;: Ashgate.

Prevot, T., Homola, J., & Mercer, J. (2008). Initial study of Controller/Automation integration for NextGen separation assurance. () doi:10.2514/6.2008-6330.