From the DPE: Leveraging Study Groups

An old pilot once told me, “Study alone, fail alone.” He wasn’t wrong.

Aviation training is hard, and it is certainly easier when you have study partners. But too often, when I ask students during the practical tests I am conducting whether they studied with anyone else, the answer is “No.”

From student pilots grappling with basic aerodynamics to those pursuing advanced ratings like the Certified Flight Instructor (CFI), the journey is both exhilarating and challenging. However, one often underutilized tool in enhancing this educational experience is the study group—a collaborative learning environment that fosters mutual support, knowledge sharing, and practical application.

Study groups can be harnessed to propel all students toward success in flight training programs. There can be a symbiotic relationship between CFI candidates and lower-level students, where advanced learners practice teaching to gain invaluable experience. Peer-to-peer interactions in study groups can be utilized to capitalize on individual strengths and address weaknesses, creating a robust knowledge-sharing ecosystem. Building study groups in a flight training operation can cultivate a culture of standing study groups, complete with practical implementation strategies such as scheduled sessions, leadership by experienced instructors, and low-cost incentives to boost participation. By integrating these elements, flight training operations can build communities of learning, ultimately leading to higher retention rates, better exam pass rates, and more confident, competent pilots.

The benefits of study groups extend beyond mere academic performance. In aviation, where safety is non-negotiable, collaborative learning encourages the development of soft skills like communication, teamwork, and critical thinking—skills that translate directly to cockpit resource management (CRM) and real-world flying scenarios. Research from educational psychology, such as studies on cooperative learning, supports the efficacy of group study in enhancing retention and understanding of complex material. In the context of flight training, where subjects range from meteorology and navigation to FAA regulations, airspace, and aircraft systems, this approach can bridge the gap between theoretical knowledge and practical application.

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Cultivating a Culture of Standing Study Groups in Training Operations

Creating a sustainable culture of study groups within a flight training operation isn’t hard. You just have to start. It doesn’t require lots of resources—just a place to meet, perhaps a projector and a computer, or a large monitor on which information can be shared. It does require intentional effort, though: a little structure to have a “topic of the week,” perhaps, and a push from dedicated leadership, CFIs, or even fellow students to make it happen.

The goal is to transform ad hoc gatherings into expected, integral parts of a flight training program. When this happens, a cultural shift is established that drives an ethos of collective responsibility for learning, where students anticipate and value coming together regularly. Such a culture can significantly boost outcomes, from higher FAA exam pass rates to smoother transitions between certification levels.

The foundation lies in setting standing sessions—regularly scheduled meetings that become routine. A best practice is to designate a specific night of the week, such as Tuesday at 6 or 7 PM, for 3–4 hours. This timing accommodates most schedules, post-work or classes, allowing ample time for in-depth discussions without exhaustion. Try to go with a Tuesday, Wednesday, or Thursday, avoiding Monday and Friday nights when many people have other obligations or want some personal downtime.

Sessions should be led by a CFI from the organization and focused on one or two targeted topics, such as airspace classifications or human factors, drawn from common student challenges or upcoming curriculum milestones. That might be the first part of the gathering each week, but then allow time later in the session where flexibility is key—opening the floor to emergent questions and ensuring relevance to all attendees.

You might have a set schedule of topics you flow through in these sessions, essentially creating a standing sequence that mirrors ground school topics.

Leadership by a CFI adds credibility and structure. The instructor might prepare some materials or leverage existing ones, such as videos, and use them as discussion starters. For variety, rotate CFIs or invite guest speakers, like air traffic controllers, for sessions on communications.

To encourage attendance, especially initially, employ low-cost incentives. Offering pizza, subs, or snacks creates a welcoming atmosphere, turning study into a social event. Provide a dedicated space, like a conference room at the flight school, equipped with whiteboards, projectors, and access to simulators for hands-on demos. Weekly consistency builds habit; promote via emails, apps like Slack, or bulletin boards, highlighting past successes to generate buzz.

Some flight training operations have even made these sessions “open to the public,” not just their own students. This can be used in some cases to recruit new students for a flight training operation.

A standing study session model fosters expectation: students plan around it, viewing it as essential as flight lessons. Over time, it cultivates ownership, with advanced students volunteering to lead subtopics. In larger programs, scale by offering multiple groups at different levels to ensure inclusivity.

By embedding standing study groups, training operations create a supportive ecosystem, accelerating pathways to success and preparing pilots for collaborative aviation careers.

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Peer Support: Leveraging Strengths and Weaknesses in Study Groups

Beyond direct instruction from CFIs, the core strength of study groups lies in peer-to-peer collaboration, where students at similar levels help each other by leveraging individual strengths and addressing weaknesses. In flight training, where curricula encompass a broad array of subjects, no single student masters everything equally. Study groups transform this diversity into an asset, creating a supportive network that enhances collective understanding and individual growth.

At the heart of this is the principle of reciprocal teaching, where group members take turns asking questions, working through concepts, and learning together. For example, among a group of private pilot students, one might excel in meteorology due to a science background, while another shines in navigation from prior boating experience. During a session on flight planning, the meteorology expert could guide discussions on interpreting METARs and TAFs, helping peers who struggle with weather decoding. In return, the navigation whiz might clarify VOR usage, filling gaps for others.

Such interactions address common pain points in pilot training, like the overwhelming volume of information. The FAA’s knowledge tests for private pilots include hundreds of questions across multiple domains, and solo study can be frustrating. Study groups mitigate this by distributing cognitive load; members can divide topics, research independently, and reconvene to share findings. This collaborative problem-solving mirrors real-world aviation scenarios, such as crew coordination in multi-pilot operations, preparing students for future careers.

Moreover, study groups foster emotional support. The fear of failure—whether in checkrides or practical tests—can be daunting. Sharing experiences in a group normalizes struggles and reduces isolation. A student weak in aerodynamics might admit confusion over induced drag, prompting others to offer analogies or diagrams. This vulnerability builds trust and encourages active participation, leading to deeper learning. Educational research, including meta-analyses, shows that cooperative groups improve achievement by 0.5–1 standard deviation compared to individual study, particularly in technical fields. In other words, it works.


A Role for CFI Candidates in Mentoring Lower-Level Students (and Learning to Instruct)

One of the most innovative ways to leverage study groups in flight training is by involving CFI candidates in teaching roles for students at the student pilot or private pilot levels. This practice not only provides aspiring instructors with hands-on experience but also enriches the learning process for beginners by tapping into the advanced knowledge of their peers. CFI certification requires not just mastery of flying skills but also the ability to impart that knowledge effectively. By participating in study groups, CFI candidates can practice these teaching skills in a low-stakes environment, refining their instructional techniques before stepping into formal roles.

Imagine a typical scenario in a flight training academy: a CFI candidate, having completed their commercial and instrument ratings, is preparing for the Fundamentals of Instructing (FOI) exam and the CFI checkride. They possess a deeper understanding of advanced topics like aircraft performance charts, airspace, and weather information. In a study group setting, this candidate could lead a session, working with students to apply knowledge of these topics. For student pilots who might be struggling with basic principles, exposure to a near-peer instructor can help demystify intimidating subjects. The CFI candidate, in turn, gains experience in assessing student comprehension, adapting explanations, and handling questions—key competencies for their future career. This will make those CFI candidates more successful at demonstrating those skills on their CFI practical test.

From a practical standpoint, integrating CFI candidates into study groups can be structured to maximize benefits. Assign specific topics that the CFI candidate might be required to teach later, developing their skills to create a lesson plan, present material, evaluate students’ knowledge, and build their own teaching skills.

This not only hones their teaching skills but also fosters a sense of community in which lower-level students view CFI candidates as approachable mentors rather than distant authorities.

The experiential gains for CFI candidates are profound. Teaching forces them to revisit fundamentals, often revealing gaps in their own understanding. As they explain concepts like weight-and-balance calculations to private pilot students, they might refine their mental models, leading to better performance on their own exams. If the CFI candidate has already obtained their Ground Instructor certificate, they could even log this time for customers, providing a tangible incentive for those students to be part of the learning process for an up-and-coming CFI. Overall, this creates a pipeline of well-prepared instructors, reducing turnover and enhancing program quality.

By positioning CFI candidates (still with a senior actual CFI as a part of the sessions) as facilitators in study groups, flight training programs create a win-win scenario. Beginners accelerate their learning through accessible, advanced insights, while future instructors build essential skills.

The idea of establishing standing study groups in flight training operations—at local airports on your own, or just as a group of fellow students—should be a much more common practice.

Leveraging study groups in flight training programs offers a multifaceted approach to student success, from CFI candidates gaining teaching experience to peers supporting each other and building a culture of regular collaboration.

Start today if you are a flight training operation. Set a schedule for group study sessions. If you are a CFI or student reading this, and your flight training operation doesn’t offer it, do it yourself. Find a place, set a time, order a few pizzas, and invite some other fellow students who are working on flight training—no matter what type of training they are working on.

Private pilot, commercial pilot, instrument rating, and CFI students all need to know about weather information. We all need to know about airspace. We all talk about aircraft systems. Identify the overlaps among the different training sequences and share knowledge development with each other.

Start studying together for better success—and a little mutual support along the way.

I promise that the investment in time, space, and modest refreshments will yield dividends in student achievement. By embracing study groups, we empower everyone who is working on aviation knowledge development to soar higher, together.

How to enter the traffic pattern at a nontowered airport (video tip)

The FAA recommends standard traffic pattern flows at nontowered airports in an effort to maintain order and a safe environment for aircraft arrivals and departures. You’ll start by learning the basics of the crosswind, downwind, base and final legs, for the times you plan to stay “in the traffic pattern” when practicing multiple takeoffs and landings. You’ll also learn early on how to enter back into the pattern after spending some time practicing maneuvers at a higher altitude away from the airport.

This week’s video tip illustrates several methods to do this, depending on the direction from which you’re approaching the airport, in an effort to get established on the downwind leg at the published traffic pattern altitude.

This video tip is from the Sporty’s Learn to Fly Course, which includes complete training for Private and Sport Pilots.

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Test Your Knowledge: Sharing Flight Expenses with Passengers

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There are many nuances when it comes to sharing flight expenses with friends.

Private and Commercial pilots are permitted to share in the expenses of a flight with passengers. The types of expenses that can be shared are expressly stated in § 61.113(c) which are “fuel, oil, airport expenditures, or rental fees.” If you are to share in these expenses with other passengers, the pilot should not “pay less than the pro rata share of the operating expenses.” The pilot must also have a common purpose with his passengers for traveling to the destination. In other words, the pilot’s motivation cannot simply be flying as a favor or for the purpose of building flight time.

Scenario 1: You work for a real estate development company and are also a Private pilot who owns a Cessna 182 Skylane. Next week, you and a co-worker are traveling to a meeting that will be a two-hour drive. With a nice weather forecast, you decide you are going to fly instead and save a lot of travel time.

Can you expense this flight to your company?
Correct! Wrong!

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Sharing expenses You got out of 1 right!

Scenario 2: You own a Cirrus SR-22 and are planning to fly the airplane to a concert with your spouse. You discover that another couple you know are planning to drive to the same concert. Given that you are close friends, you offer to pick them up in your airplane at an airport closer to where your friends live, and then drop them back off after the concert before flying home. Your friends graciously offer to share in the expense of the entire flight.

Can you share the expenses of this flight with your friends?
Correct! Wrong!

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Sharing expenses Part 2 You got out of 1 right!

While you can be compensated to fly as a Commercial pilot, you can only do so under the common law term, private carriage, which is conducted under Part 91. The opposite of private carriage is common carriage which requires a Part 119 authorzation (Air Carrier Certificate) issued under Part 135 for charter operators or Part 121 for airlines.

An operation becomes a common carrier when it holds itself out (another common law term) to the public to fly any person or cargo who desires the service. Advertising is one of the most obvious forms of holding out to the public which can include social media posts, but the FAA has held that even establishing a reputation as one who provides his pilot services to the public is enough to be considered a common carrier requiring an air carrier certificate.

Scenario 3: You’ve just completed your checkride and earned your Commercial pilot certificate. But your checkride ran long and the DPE has another checkride starting soon at a nearby airport. The DPE offers to pay pay for the fuel if you can fly him to the nearby airport. After all, you have some time and he did just issue you your Commercial pilot certificate.

Can you complete this proposed flight?
Correct! Wrong!

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Commercial Pilot Privileges You got out of 1 right!

RAA Scholarship Applications Now Open for 2026

The Regional Airline Association (RAA) Scholarship Foundation is now accepting applications for its 2026 program. The scholarship provides financial support to students enrolled in accredited aviation programs across the U.S., including aspiring pilots, aircraft maintenance technicians, and other aviation professionals.

Applicants must be U.S. citizens or permanent residents enrolled in an accredited aviation program, demonstrate academic excellence, and show a strong interest in regional aviation. Applications, including an essay, transcripts, and a letter of recommendation, are due May 1, 2026.

Scholarship recipients will be announced later this year and recognized at the 2026 RAA Leaders Conference in Washington, D.C.

For more information and to apply, visit the RAA Scholarship page.

Video tip: how to fly with the Garmin GFC 500 Autopilot

Many training airplanes also include an autopilot in the panel, but it’s not something you’ll use much during primary training. After the checkride, though, there’s a real benefit in learning how to incorporate the autopilot into your flying. It’ll reduce fatigue on longer trips, and you’ll find it’s an integral part of instrument training should you decide to expand your skills and add an instrument rating.

This week’s tip looks at the basic features of Garmin’s popular GFC 500 autopilot, including how to turn it on and use airspeed, vertical speed, altitude and heading modes.

This video tip is from the Sporty’s Learn to Fly Course, which includes complete training for Private and Sport Pilots.

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The 10-Hour Rule: Complex vs. TAA for Commercial Pilots

If you’re working toward your Commercial Pilot Certificate (Airplane Single-Engine), you’ve likely encountered the “special 10 hours” requirement in 14 CFR §61.129. You might be under the impression that complex time is still required to earn a Commercial Pilot Certificate but in 2018 the FAA updated the regulations to allow a combination of complex, Technically Advanced Airplane (TAA), or turbine time.

FAA Definition of a Technically Advanced Airplane (TAA) – 14 CFR §61.129(j)

Here’s the precise definition from 14 CFR §61.129(j):

A technically advanced airplane must have an electronically advanced, integrated, and complex avionics system consisting of the following installed components:

  • An electronic Primary Flight Display (PFD) that includes, at a minimum, airspeed, attitude, altitude, heading, turn coordination, vertical speed, stable heading, and altitude hold.
  • An electronic Multifunction Display (MFD) that includes, at a minimum, a moving map using GPS navigation with the aircraft’s position displayed.
  • A two-axis (pitch and roll) autopilot integrated with the navigation and heading guidance system.
  • The required PFD and MFD elements must be continuously visible to the pilot (a single display with split-screen capability is acceptable).

The regulation requires 10 hours of training in a complex airplane, a turbine-powered airplane, or a TAA (or any combination of these). These hours must be flown in an actual aircraft and cover the areas of operation listed in §61.127(b)(1) through (b)(14).

Why TAA Is Often the Smarter Choice Today

Many commercial students and instructors now prefer TAA over traditional complex aircraft. TAA time counts fully toward the requirement while introducing pilots to the glass-cockpit technology common in modern general aviation and professional flying. TAA aircraft are frequently more available, more affordable to rent, and emphasize situational awareness, automation management, and GPS navigation skills that directly translate to real-world operations.

Many training fleets now include aircraft equipped with dual electronic attitude/heading displays (such as Garmin G5s), a WAAS-capable GPS navigator (such as a Garmin GNS 430W/ GTN 650 or similar), and a two-axis digital autopilot (such as a Garmin GFC 500). This type of setup fully meets the FAA’s TAA definition:

  • Dual electronic displays serve as the PFD, continuously showing attitude, airspeed, altitude, heading, vertical speed, and turn coordinator.
  • The WAAS GPS navigator provides the MFD with an IFR-approved moving-map that displays the aircraft’s position.
  • The two-axis autopilot integrates seamlessly with the navigation system.

This configuration qualifies as a TAA under FAA guidance, allowing students to log all 10 hours in similarly equipped aircraft while training in a modern, safe, and efficient environment.

Check Your Flight School’s Approved Syllabus

Before finalizing your training plan, review your flight school’s Training Course Outline (TCO) or approved syllabus, especially if the program operates under Part 141. Some Part 141 curricula might specify minimum hours in complex aircraft, TAA, or a required mix of both to meet their structured course requirements. Part 61 programs offer more flexibility, but the syllabus still guides how the 10 hours are typically allocated. Confirming these details early helps avoid surprises during stage checks or graduation.

Its never a bad idea to verify your specific aircraft equipment and configuration with your local Flight Standards District Office (FSDO) or a Designated Pilot Examiner (DPE) if there is any uncertainty. They can provide the final confirmation that your setup meets the regulatory criteria for TAA credit.

A Flexible Hybrid Approach

Still interested in earning the complex endorsement for insurance purposes, job applications, or personal goals? The regulation allows any combination of complex and TAA time. Instructors can tailor a hybrid program, such as 5 to 7 hours in a TAA for efficiency and relevance, plus the remaining hours in a traditional complex aircraft (retractable gear, constant-speed prop) to complete the endorsement. This approach provides the best of both worlds without unnecessary expense or scheduling challenges.

Make the Most of TAA Simulators

Many flight schools offer affordable TAA simulators that closely replicate real aircraft equipped with similar avionics (dual electronic displays, GPS navigator interface, and integrated autopilot). These simulators are excellent resources for practicing procedures, instrument approaches, emergency scenarios, and automation management in a low-stress, cost-effective setting.

Simulator time does not count toward the 10-hour requirement (which must be actual aircraft flight time), but it dramatically accelerates proficiency and confidence before flying the real airplane.

Don’t Overlook the Value of Complex Proficiency

Even if most or all of the 10 hours are completed in a TAA, gaining some experience in a traditional complex aircraft remains beneficial, especially when transitioning to multi-engine training. Complex airplanes teach critical skills like managing retractable gear, propeller control, and higher-performance systems. These habits transfer directly to multi-engine operations, where pilots handle even more complexity (two engines, asymmetric thrust, etc.). Many instructors recommend including some complex time as excellent preparation for the multi-engine rating.

Final Thoughts

The 10-hour complex/TAA requirement is more than a regulatory box to check. It is an opportunity to build practical, career-relevant skills for professional piloting. Modern TAA-equipped aircraft and simulators make meeting this requirement easier, more relevant, and often more enjoyable than ever before. Whether choosing full TAA time, a hybrid path, or adding complex experience later, work with your instructor to customize the approach that best fits your goals.