Aeromedical News from AirVenture

by Dr. William Blank, MD
© Copyright 2022. All rights reserved!
Published in Midwest Flyer Magazine October/November 2022 Digital Issue

I am writing this article having just returned from EAA AirVenture Oshkosh, July 25-31, 2022. There, I attended several sessions where the Federal Air Surgeon, Dr. Susan Northrup, was a participant. In each case, she began her comments by asking “What can we do better?” She talked about her concerns and goals. The FAA is definitely aware that the certification delays are unacceptable. One of Dr. Northrup’s goals is to have certification completed within 60 days, with few exceptions. All medical records are scanned before they are reviewed. The scanning delay is now about 5 days. At its worst, the delays were as long as 30 days. Deferred exams are not looked at until three (3) weeks have passed since the Aviation Medical Examiner (AME) has transmitted them. This is because experience has shown that it takes that long for all the needed records to be available for review.

Dr. Northrup is working to increase transparency. She wants AMEs to have available to them the same certification requirements the FAA physicians use in certification decisions. These are gradually being published in the Guide for Aviation Examiners and in other forms. This guide is open to the public. She recommends applicants read it, if they have medical issues which will need to be addressed and recommends printing the pertinent sections and giving them to the treating physician. In addition, she has been producing “Pilot Minutes.” These are 60 to 90-second YouTube videos on various medical issues she feels may be of interest.

“AME Minute” is a series of YouTube videos produced for AMEs. They could be helpful in some situations and again are available to the public. Increased transparency will be of benefit to all stakeholders: pilots, AMEs, treating physicians and the FAA medical staff. It should decrease the need for requests from the FAA for additional information and speed up the certification process.

Neurocognitive testing is sometimes needed for certification of airmen after conditions, such as traumatic brain injuries, strokes, and substance abuse. The FAA wants to be sure that an airman’s cognition has returned to baseline. The test currently used is called “CogScreen.” It is proprietary, expensive, and hard to obtain. In addition, the baseline data is imperfect. This results in some airmen being denied when, they should not be. The FAA is aware of this deficiency and is planning to develop its own, non-proprietary test. A psychologist has been added to the FAA staff to develop a new test. You will probably hear more about this, because the FAA will be looking for pilot volunteers for the test, to develop a better baseline. The volunteers would remain anonymous.

The FAA is planning to change how “color vision testing” is done. Currently, AMEs test for color vision on each exam. The changes would apply to first-time applicants. Color vision would only be tested on the first flight physical. If you passed, you would never be tested again unless you developed certain diseases or were taking medications known to affect color vision. All persons who currently have no color vision restriction on their medical would be grandfathered in (i.e., considered to have passed the one-time test). This includes airmen who have SODAs (Statements of Demonstrated Ability) or LOEs (Letters of Evidence) for color vision. The testing would be done by computer rather than by the books currently used. These changes are supposed to take place “soon.” Dr. Northrup has assured me several times that no one currently certified for color vision will lose their certification. The devil is in the details. If and when this actually happens, I plan to write an article on color vision.

These are some of the aeromedical topics discussed at AirVenture. They are steps in the right direction. Progress is slow with the FAA. Happy flying!

EDITOR’S NOTE: Columnist William A. Blank is a physician in La Crosse, Wisconsin, and has been an Aviation Medical Examiner (AME) since 1978, and a Senior AME since 1985. Dr. Blank is a retired Ophthalmologist, but still gives some of the ophthalmology lectures at AME renewal seminars. Flying-wise, Dr. Blank holds an Airline Transport Pilot Certificate and has 6000 hours. He is a Certified Instrument Flight Instructor (CFII) and has given over 1200 hours of aerobatic instruction. In addition, Dr. Blank was an airshow performer through the 2014 season and has held a Statement of Aerobatic Competency (SAC) since 1987. He was inducted into the Wisconsin Aviation Hall of Fame in 2021.

DISCLAIMER: The information contained in this column is the expressed opinion of the author only, and readers are advised to seek the advice of others and refer to the Federal Aviation Regulations and FAA Aeronautical Information Manual for additional information and clarification.

Posted in Columns, Columns, Columns, High On Health, Iowa Aviation Industry News, Oct/Nov 2022 | Tagged , , , , , , , , , , , | 8 Comments

The Pilot’s New Panel – Part II

by Michael J. “Mick” Kaufman
© Copyright 2022. All rights reserved!
Published in Midwest Flyer Magazine October/November 2022 Digital Issue

So, what is the perfect panel for your needs should you decide to do an upgrade? It depends on many factors. I first need to make a statement before we begin; panel upgrades will not make your airplane fly higher, faster, or safer, nor will it reduce the operating cost by finding cheaper fuel. On the contrary, a study by the National Transportation Safety Board (NTSB) showed flat screen glass panels were not as safe as the standard six pack. When we manually fly (without autopilot), I have personally found pilots can read and interpret the six pack much easier than reading numeric tapes and synthetic vision displays. A study done by McDonnell Douglas several decades ago confirmed this… we can read and interpret the pointer on a conventual altimeter or airspeed indicator much easier than a number on a tape.

Part I and the first paragraph of Part II of this series was dedicated to embarrassing pilots who spent more for their new instrument panel than they originally paid for their aircraft, only to find out later it was no safer than that old six pack was. It is, however, time to recognize some great advancements made in the avionics world. In my nearly 60 years of flying, I have seen many changes from the Narco Super Homer of my student pilot days, to some great Garmin avionics of today and maybe Dynon avionics in the next generation. There were some avionics that can always be considered the Gold Standard – the King KX 170/175 of the 1960s and the Garmin 430/530 of the last decade.

As a flight instructor who specializes in instrument ratings and recurrent training and equipment checkouts, I see how equipment and human factors react together. It’s interesting to note that about 75% of pilots flying with flight directors don’t know how to properly use them, so how are they going to master the Garmin GFC 700 autopilot, for instance?

While working on this series on avionics and instrument flying, I asked my mechanic, Roger Shadick of Eagle River, Wisconsin (KEGV), about system redundancy after I finished his flight review and IPC in his beautifully restored Globe Swift. Roger’s comment was to turn off the master switch and see what equipment still functions. This is a thought for pilots who often comment on the problem with vacuum pump failures and why they want an all-electric equipped airplane with no vacuum pump. In 21K hours, I have seen three (3) vacuum pump failures with one in IMC (instrument meteorological conditions). We expect vacuum pump failures on a dry pump between 500 and 700 hours as a rule or replace them before they fail. I have a wet vacuum pump on my Bonanza, which will outlast several engines (my engine has nearly 4K hours and has never been overhauled or failed).

Think about this… With an all-electric airplane in IMC conditions, one switch, one relay or one wire could be the weak point of your airplane.

When Cirrus introduced its SR series, it threw all other aircraft manufacturers into a tailspin with their glass cockpit – two separate avionics busses, two alternators, two batteries and a ballistic parachute recovery system. I have delivered many new Cirrus airplanes from the factory and instructed their new owners. I adapted instantly to the glass display using airspeed and altitude tapes after flying the six-pack forever, and I concur. In my opinion, the scan and response time on a glass panel is not as good as on the six pack.

So, what are my likes and dislikes of avionics equipment and why? As an instrument flight instructor (CFII), I have seen and used most of the popular avionics currently in airplanes while flying with customers. The Garmin Aera 660 is probably the best piece of avionics for the dollar I have ever spent, and I installed it in my Bonanza for about $800.00. This piece of equipment was recommended to me by a knowledgeable friend. It is a portable unit but fits in the panel with the help of an Air Gizmo adapter. It provides most of the navigation and display functions of a Garmin 650 or 750 less VOR and com functions, and also provides most of the GPS functions. It has an attitude heading reference system (AHRS), a base map, a sectional chart and IFR enroute charts, as well as all approach charts. It talks to my Garmin GDL-52 which provides AHRS and displays ADS-B traffic, Sirius XM or ADS-B weather via a hardwire link. The unit has Garmin CONNEXT like Flight Stream and provides an interface to transfer flight plans and data between my Garmin 480 navigator, the Garmin Aera 660 and ForeFlight on my iPad via Bluetooth. The Garmin Aera 660, together with the Garmin GDL-52, can also provide Sirius XM radio entertainment to the cockpit, and have internal batteries that will provide approximately 3 hours of safe navigation and AHRS should you turn off the master switch. Another positive goes to Garmin for the G-5 and GI-275, again for their battery backup.

Giving up the redundancy of vacuum pump instruments to all electric instruments needs careful consideration as electrical failures are quite common (I have had several).

Here is a YouTube link I found covering the functions of the GI-275 and its redundancies. I have flown with several pilots having the GI-275, including my mechanic, who has one in his Globe Swift. Should I have a financial windfall, the GI-275 would find its way into my Bonanza. With so much information available to the pilot, it is important to declutter our instrument panels of unneeded functions to keep from over cluttering our brains!

As we age, we are not as sharp as we were in our younger years. In doing a survey of pilots and instructors alike, my conclusion is if you are over the age of 60 and fly less than 100 hours a year, I think it is better to stick with legacy avionics as you will never be able to learn and stay current with many of these complex systems. I also recommend pilots staying away from any avionics packages that is a complete touch screen, due to an experience I recently had trying to insert a waypoint in heavy turbulence in IMC conditions. I descended 1000 feet below my assigned altitude and came close to being added to the CFIT (controlled flight into terrain) fatality list. Any pilot who disagrees with this has never been in severe turbulence. The Avidyne box allows the ease of both touch screen programing and knobs and buttons while in turbulence – great idea!

In conclusion on my series, “The Pilots New Panel,” if you should do that dream panel upgrade, I recommend getting some professional instruction on its use. There is no better place to get that training than from an instructor who is familiar with the avionics in your airplane. With so many new avionics products on the market, it is hard to be proficient on all of them, so shop around for an instructor who knows your equipment, both aircraft and instruments.

Tomorrow I will get an introduction to a Dynon panel. This flight will be done in VFR conditions, not on an IFR flight plan and in non-demanding airspace. I don’t plan on being an expert on this equipment with one day of training and will keep notes on similarities and differences with other equipment I have used, so look for an evaluation in a future issue of Midwest Flyer Magazine.

Some words to remember from the experts at one of the most respected pilot training organizations in the world, Flight Safety International: “The best piece of safety equipment in your aircraft is a well-trained pilot.”

EDITOR’S NOTE: Michael J. “Mick” Kaufman is a Certified Instrument Flight Instructor (CFII) and the program manager of flight operations with the “Bonanza/Baron Pilot Training” organization. He conducts pilot clinics and specialized instruction throughout the U.S. in many makes and models of aircraft, which are equipped with a variety of avionics. Mick is based in Richland Center (93C) and Eagle River, Wisconsin (KEGV). He was named “FAA’s Safety Team Representative of the Year” for Wisconsin in 2008. Readers are encouraged to email questions to captmick@me.com, or call
817-988-0174.

DISCLAIMER: The information contained in this column is the expressed opinion of the author only, and readers are advised to seek the advice of their personal flight instructor and others, and refer to the Federal Aviation Regulations, FAA Aeronautical Information Manual, and instructional materials before attempting any procedures discussed herein.

Posted in Columns, Columns, Columns, Instrument Flight, Oct/Nov 2022 | Tagged , , , , , , , , , , , , , , , , , , | Leave a comment

The Senior Project That Is Opening Many Doors

Published in Midwest Flyer Magazine October/November 2022 Digital Issue

Hannah Shickles, 18, of Brodhead, Wisconsin, first got involved with the Kelch Aviation Museum, located at the Brodhead Airport (C37), through a project at her high school. At Brodhead High, to graduate, students are required to do what they call a “senior project,” which entails 20 hours of community service of the student’s choosing, writing journals of their work, and a 15-minute presentation about their project.

Originally, Hannah planned to volunteer at the retirement center in town. “Fortunately, those plans fell through when the pandemic hit,” said Hannah. “The Kelch Aviation Museum reached out to the high school for volunteers, and although I had never been there, I thought it would be better than picking up trash on the side of the road. To my surprise, I was the only student who answered the email.”

Hannah was invited to the museum in September 2020. “That day will be one I will never forget. The huge 60 ft. hangar door was open, displaying nearly a dozen one-of-a-kind vintage aircraft. The scene looked like a dream. It was sunset, and the sun cast a beautiful orange glow across the wings of the aircraft.”

Hannah was then given a tour of the airport by some of the local pilots. The following day she started logging volunteer time, cleaning oil pans and polishing airplanes. “I didn’t mind… I really liked being around the vintage aircraft.”

That same day the executive director of the museum, Patrick Weeden, asked Hannah if she wanted to go for a ride in the museum’s 1932 Curtiss Wright 12W Travel Air biplane.

“What an opportunity! The chance that the pilot who is on the museum’s insurance policy was in Brodhead (he lives across the country), and this beautiful vintage biplane is recently annualed and ready to fly. The evening was beautiful, and I just happened to be there! It was as if the stars aligned.

“But to everyone’s shock, I said ‘no.’ But Pat, the pilot, and other pilots would not take no for an answer, and I am so glad they didn’t. The second I sat in that biplane, something clicked inside me, and I knew then what I know now… aviation would forever be a part of my life.”

Hannah continued: “This brings me to present-day me. My savings are for my education, but last summer I worked hard at the museum and made enough money to take one lesson a week, make my tuition payment for college, and pay for gas in my car. I had a surplus of $4 a week. I swear, this is a true story! I did the math.

“This is how I knew I was serious about becoming a pilot. When I saw my paycheck and thought about how many lessons it would get me, I knew then I had caught the aviation bug!”

Today, Hannah is the curator, events coordinator, and archivist at the museum. She also just obtained her private pilot certificate.

Hannah soloed in a 1945 Aeronca Champion 7AC. For her cross countries, hood time, and check-ride, she flew a 1970 Cessna 150K. Hannah’s flight instructor was Elroy Hilbert at Cottonwood Airport (1C8) in Rockford, Illinois.

“Had someone told me that at age 18, I was going to solo in multiple airplanes, and get my pilot’s license, I would have said you’re crazy!

“It’s amazing how life can change in an instant. I have been so blessed by the aviation world. I’ve met incredible people and seen remarkable things. Thank goodness for my senior project!”

Hannah is currently a student at University of Wisconsin-Whitewater, working on her Associate Degree. “I am not currently planning on becoming a professional pilot, but that could always change.” Regardless, Hannah’s pilot certificate is sure to open doors in the future. Hannah is the daughter of Angela Olson of Brodhead.

Kelch Aviation Museum

The Kelch Aviation Museum is open Wednesday through Sunday, 10:00 am to 4:00 pm. Admission is free! Larger groups requesting a guided tour should call for an appointment: 608-897-1175.

Based around the stunning vintage aircraft that museum’s namesake, Alfred Kelch, collected, the Kelch Aviation Museum brings the story of the Golden Age of Aviation to life.

The aviation legacy of the years between the World Wars changed the course of history, and the Kelch Aviation Museum keeps that legacy alive through education, preservation, and good old barnstormer-style pizazz.

The collection includes 19 vintage aircraft, three vintage automobiles, 10,000 aviation books, 12 original aircraft engines, cabinets of photo collections, and dozens of models, works of art, and one-of-a-kind treasures!

Whether you are a “Snoopy-and-the-Red-Baron” fan, or a researcher sleuthing out original aircraft blueprints, the Kelch Aviation Museum has something to fascinate everyone!

Alfred & Lois Kelch Aviation Museum, Inc. is a 501(c)(3) non-profit educational corporation and donations are tax deductible as allowed by law.

Posted in All Headlines, Headlines, Headlines, Oct/Nov 2022, People | Tagged , , , , , , , , , , , | 9 Comments

Experimental Aircraft Association Mourns Loss of Tom Poberezny

Published in Midwest Flyer Magazine October/November 2022 Digital Issue

Tom Poberezny
EAA Photo

EAA AVIATION CENTER, OSHKOSH, Wisconsin (July 25, 2022) – Tom Poberezny, 75, the retired president and chairman of the Experimental Aircraft Association (EAA), is being mourned by EAA and aviation communities after his death early Monday, July 25, 2022, following a brief illness. Poberezny was EAA president from 1989 until 2010 and served as chairman for two years until his retirement in 2011.

“It is not lost on us that Tom’s passing occurred on the opening day of EAA AirVenture Oshkosh, the event he led into world prominence as its chairman beginning in the 1970s,” said Jack J. Pelton, EAA CEO and Chairman of the Board. “Tom’s legacy is tremendous in the world of aviation with his personal achievements as well as the growth of EAA, especially the development of the current EAA Aviation Center in Oshkosh, the Young Eagles program, and the creation of Sport Pilot nearly 20 years ago. He will be greatly missed but more importantly, he will be remembered for all that he did for EAA and aviation. Our deep condolences and prayers go to Tom’s wife, Sharon, and his daughter, Lesley, and the rest of the Poberezny family.”

An accomplished aviator in his own right, Tom was a member of the U.S. National Unlimited Aerobatic Team that captured the World Championship in 1972. The following year, he won the U.S. National Unlimited Aerobatic Championship. He subsequently flew for 25 years as one wing of the legendary Eagles Aerobatic Team (originally the Red Devils), the most successful civilian precision flying team in history.

During his career with EAA, Tom oversaw several of the organization’s milestone events. In the late 1970s he spearheaded EAA’s first major capital campaign, which supported construction of the current EAA Aviation Center headquarters and museum complex at Wittman Regional Airport in Oshkosh, Wisconsin.

In 1992, he led the creation of EAA’s Young Eagles program, which has become the most successful aviation youth program in history. Realizing the importance of mentoring to the future of aviation, EAA aimed to give one million kids between the ages of 8 and 17 an airplane flight by the centennial of powered flight on December 17, 2003. The one millionth Young Eagle was flown in October 2003, celebrating the efforts of 85,000 EAA volunteers to reach the goal. Thanks to Tom’s efforts and thousands of EAA members, the program has now flown nearly 2.3 million young people.

From 2002‐2003, Tom led EAA’s Countdown to Kitty Hawk program, which commissioned the construction of the first completely authentic reproduction of the 1903 Wright Flyer – the airplane that gave birth to powered flight. The airplane successfully flew at Kitty Hawk, North Carolina, in late 2003 and was present on those hallowed grounds on December 17, 2003 – 100 years to the minute from the Wrights’ first flight.

Posted in All Headlines, EAA & AirVenture, Headlines, Headlines, Oct/Nov 2022, People | Tagged , , , , , , | Leave a comment

The Pilot’s New Panel – Part II

by Michael J. “Mick” Kaufman
© Copyright 2022. All rights reserved!
Published in Midwest Flyer Magazine October/November 2022 Digital Issue

So, what is the perfect panel for your needs should you decide to do an upgrade? It depends on many factors. I first need to make a statement before we begin; panel upgrades will not make your airplane fly higher, faster, or safer, nor will it reduce the operating cost by finding cheaper fuel. On the contrary, a study by the National Transportation Safety Board (NTSB) showed flat screen glass panels were not as safe as the standard six pack. When we manually fly (without autopilot), I have personally found pilots can read and interpret the six pack much easier than reading numeric tapes and synthetic vision displays. A study done by McDonnell Douglas several decades ago confirmed this… we can read and interpret the pointer on a conventual altimeter or airspeed indicator much easier than a number on a tape.

Part I and the first paragraph of Part II of this series was dedicated to embarrassing pilots who spent more for their new instrument panel than they originally paid for their aircraft, only to find out later it was no safer than that old six pack was. It is, however, time to recognize some great advancements made in the avionics world. In my nearly 60 years of flying, I have seen many changes from the Narco Super Homer of my student pilot days, to some great Garmin avionics of today and maybe Dynon avionics in the next generation. There were some avionics that can always be considered the Gold Standard — the King KX 170/175 of the 1960s and the Garmin 430/530 of the last decade.

As a flight instructor who specializes in instrument ratings and recurrent training and equipment checkouts, I see how equipment and human factors react together. It’s interesting to note that about 75% of pilots flying with flight directors don’t know how to properly use them, so how are they going to master the Garmin GFC 700 autopilot, for instance?

While working on this series on avionics and instrument flying, I asked my mechanic, Roger Shadick of Eagle River, Wisconsin (KEGV), about system redundancy after I finished his flight review and IPC in his beautifully restored Globe Swift. Roger’s comment was to turn off the master switch and see what equipment still functions. This is a thought for pilots who often comment on the problem with vacuum pump failures and why they want an all-electric equipped airplane with no vacuum pump. In 21K hours, I have seen three (3) vacuum pump failures with one in IMC (instrument meteorological conditions). We expect vacuum pump failures on a dry pump between 500 and 700 hours as a rule or replace them before they fail. I have a wet vacuum pump on my Bonanza, which will outlast several engines (my engine has nearly 4K hours and has never been overhauled or failed).

Think about this… With an all-electric airplane in IMC conditions, one switch, one relay or one wire could be the weak point of your airplane.

When Cirrus introduced its SR series, it threw all other aircraft manufacturers into a tailspin with their glass cockpit – two separate avionics busses, two alternators, two batteries and a ballistic parachute recovery system. I have delivered many new Cirrus airplanes from the factory and instructed their new owners. I adapted instantly to the glass display using airspeed and altitude tapes after flying the six-pack forever, and I concur. In my opinion, the scan and response time on a glass panel is not as good as on the six pack.

So, what are my likes and dislikes of avionics equipment and why? As an instrument flight instructor (CFII), I have seen and used most of the popular avionics currently in airplanes while flying with customers. The Garmin Aera 660 is probably the best piece of avionics for the dollar I have ever spent, and I installed it in my Bonanza for about $800.00. This piece of equipment was recommended to me by a knowledgeable friend. It is a portable unit but fits in the panel with the help of an Air Gizmo adapter. It provides most of the navigation and display functions of a Garmin 650 or 750 less VOR and com functions, and also provides most of the GPS functions. It has an attitude heading reference system (AHRS), a base map, a sectional chart and IFR enroute charts, as well as all approach charts. It talks to my Garmin GDL-52 which provides AHRS and displays ADS-B traffic, Sirius XM or ADS-B weather via a hardwire link. The unit has Garmin CONNEXT like Flight Stream and provides an interface to transfer flight plans and data between my Garmin 480 navigator, the Garmin Aera 660 and ForeFlight on my iPad via Bluetooth. The Garmin Aera 660, together with the Garmin GDL-52, can also provide Sirius XM radio entertainment to the cockpit, and have internal batteries that will provide approximately 3 hours of safe navigation and AHRS should you turn off the master switch. Another positive goes to Garmin for the G-5 and GI-275, again for their battery backup.

Giving up the redundancy of vacuum pump instruments to all electric instruments needs careful consideration as electrical failures are quite common (I have had several).

Here is a YouTube link I found covering the functions of the GI-275 and its redundancies. I have flown with several pilots having the GI-275, including my mechanic, who has one in his Globe Swift. Should I have a financial windfall, the GI-275 would find its way into my Bonanza. With so much information available to the pilot, it is important to declutter our instrument panels of unneeded functions to keep from over cluttering our brains!

As we age, we are not as sharp as we were in our younger years. In doing a survey of pilots and instructors alike, my conclusion is if you are over the age of 60 and fly less than 100 hours a year, I think it is better to stick with legacy avionics as you will never be able to learn and stay current with many of these complex systems. I also recommend pilots staying away from any avionics packages that is a complete touch screen, due to an experience I recently had trying to insert a waypoint in heavy turbulence in IMC conditions. I descended 1000 feet below my assigned altitude and came close to being added to the CFIT (controlled flight into terrain) fatality list. Any pilot who disagrees with this has never been in severe turbulence. The Avidyne box allows the ease of both touch screen programing and knobs and buttons while in turbulence – great idea!

In conclusion on my series, “The Pilots New Panel,” if you should do that dream panel upgrade, I recommend getting some professional instruction on its use. There is no better place to get that training than from an instructor who is familiar with the avionics in your airplane. With so many new avionics products on the market, it is hard to be proficient on all of them, so shop around for an instructor who knows your equipment, both aircraft and instruments.

Tomorrow I will get an introduction to a Dynon panel. This flight will be done in VFR conditions, not on an IFR flight plan and in non-demanding airspace. I don’t plan on being an expert on this equipment with one day of training and will keep notes on similarities and differences with other equipment I have used, so look for an evaluation in a future issue of Midwest Flyer Magazine.

Some words to remember from the experts at one of the most respected pilot training organizations in the world, Flight Safety International: “The best piece of safety equipment in your aircraft is a well-trained pilot.”

EDITOR’S NOTE: Michael J. “Mick” Kaufman is a Certified Instrument Flight Instructor (CFII) and the program manager of flight operations with the “Bonanza/Baron Pilot Training” organization. He conducts pilot clinics and specialized instruction throughout the U.S. in many makes and models of aircraft, which are equipped with a variety of avionics. Mick is based in Richland Center (93C) and Eagle River, Wisconsin (KEGV). He was named “FAA’s Safety Team Representative of the Year” for Wisconsin in 2008. Readers are encouraged to email questions to captmick@me.com, or call
817-988-0174.

DISCLAIMER: The information contained in this column is the expressed opinion of the author only, and readers are advised to seek the advice of their personal flight instructor and others, and refer to the Federal Aviation Regulations, FAA Aeronautical Information Manual, and instructional materials before attempting any procedures discussed herein.

Posted in Columns, Columns, Columns, Instrument Flight, Oct/Nov 2022 | Tagged , , , , , , , , , , , , , , | 6 Comments

Giving back, Observations from AirVenture

by Richard Morey
Published in Midwest Flyer Magazine October/November 2022 Digital Issue

Aviation is amazing! As pilots, we know this. We have a level of freedom that few are privileged to share. As a flight instructor, I get to share my love of flying on an almost daily basis with my students. As a Young Eagles flight leader, I expand my opportunities to share aviation. Think back and remember your first experience with aviation. Did someone give you a ride and mentoring? Was it a Young Eagles event, a ride at an airshow, or was it a friend? As a pilot, you have the ability to share your love of flying with others, as well.

If you are not already doing so, I would encourage you to consider volunteering and sharing your love of aviation with a new generation of pilots! It is great fun, and you will become a better pilot for it.

One of the largest aviation events in the world, EAA AirVenture Oshkosh at Wittman Regional Airport (KOSH) in Oshkosh, Wisconsin, provides ample opportunities to give back.

Touted as the “World’s Greatest Aviation Celebration,” I recently returned from AirVenture with a new appreciation and respect for the people who make the event work. I have been attending what we simply called “Oshkosh” for many years, my first experience was when the then “EAA Fly-In” was in Rockford, Illinois. I knew people who volunteered at the show, but for some reason, I never really thought about the magnitude of what the volunteers accomplish. Quite literally, the event could not happen without volunteers.

Think about that for a moment. The grandest General Aviation gathering in the world would not happen without the tireless efforts of everyday folks taking time out of their busy lives to work at an event they passionately believe in.

My epiphany in this regard came in part when I helped set up a friend’s camper prior to the event. The campgrounds seemed full to me, a not-so-small tent city appearing where there are just seemingly insignificant, empty grassy fields the remainder of the year. When I asked who these people were that were camping before the event even started, “volunteers” was the answer. A whole “city” of camping volunteers and aviation enthusiasts converged to make it all happen, working in various capacities to ensure a safe and enjoyable event for all. Many of the volunteers have been coming for as long as they can remember, starting as kids who camped with their families. They eventually grew into volunteer positions and continued the legacy of providing a remarkable experience for aviation enthusiasts, as well as making new friends and connections.

Before AirVenture even takes place, volunteers pitch in their time and talent during work weekends to help get the grounds ready for the transformation. They fix and replace buildings, equipment, and other needed amenities to make the event a success. They get the campground ready, make sure vehicles are running, and plan for mass arrivals. Chairpersons get on monthly conference calls to coordinate with EAA leadership and have things ready for their volunteers, as well as the visiting public. Needs are brainstormed, lessons from prior years are discussed, and progress is celebrated. There are a lot of logistics that go on before July!

Once the event draws near, schedules are coordinated, needs are identified and addressed, and training occurs. Some volunteers sign up for more than one area, enjoying the variety of tasks that allow them to interact with the attendees in different ways. Others stick to one area/job for the entire week.

With approximately 130 different areas at AirVenture, there is certainly something for everyone as far as volunteering goes. Some enjoy being near active aircraft, such as flightline operations or as airplane greeters. Others use their talents to share their knowledge with others, such as on the popular tram rides. Regardless of where a volunteer puts in their time, they have the satisfaction of knowing what they did made a difference in helping to bring to life what we know as AirVenture.

The other part of the epiphany came to me, as a result of directly observing the operations of one of the areas (Ford Tri-Motor rides) and speaking to the volunteers and chairpersons.

EAA’s 1929 Ford 4-AT-E Tri-Motor.
Chris Bildilli Photo

As I mentioned before, there’s a lot that goes on behind the scenes, before the event kicks off. The chairpersons for the Tri-Motor rides, for instance, order supplies, tents, and fencing, as well as reserve training rooms for pilots and ground ops. They also secure space to keep and maintain the airplane during the event. Ticket sales are set up, as well as a merchandise trailer. Pilots go through recurrent training.

All the volunteers work to make the ride experience a success. Of the four chairpersons, I had the opportunity to interact the most with the ground ops coordinator. She was responsible for scheduling all the volunteers, providing them training on the various roles necessary to the ride program, and making sure everything ran smoothly. At times, there were setbacks/delays, such as a mechanical issue with the plane, weather, an incident with two other aircraft on the taxiway, and an FAA ramp check. But there were also a lot of highlights, such as providing flights for the girls participating in EAA GirlVenture Camp, Young Eagles flights, Make A Wish flights, and even an onboard wedding! Volunteers ensured that passengers had a safe and enjoyable experience, while learning a little about the history of the Tri-Motor. Pilots took the time to talk about flying this piece of history. In their interactions with others, volunteers also helped people make connections within the aviation community. Some passengers loved the experience so much that they asked to join the ranks of the volunteers for next year.

When asking the chairperson about her role, she stated that her volunteers are absolutely wonderful. When the schedule is sparse, they are happy to step up and help out. Some even stop by when they aren’t scheduled to work and ask if they can be of use. They are flexible, see-a-need people who make the effort a joy. She welcomes suggestions to make the program even better, and everyone is part of a team, the “Tri-Motor Family,” helping to problem-solve and take care of others.

Watching from a distance, you can see how things run smoothly because of everyone’s efforts. With over 50 volunteers for ground ops alone, each with their own strengths and interests, it is that spirit of coming together for a successful experience that makes it all possible.

If you get the opportunity to experience AirVenture, take a look around. How many red volunteer shirts do you see? What are they doing? How are they making what you and others are enjoying possible? If you want to consider joining the ranks of those volunteers, EAA posts AirVenture opportunities on its website eaa.org, beginning in March. During AirVenture, you can find a “volunteers needed” whiteboard in front of the red barn in the campground. Giving back provides yet another way to connect with the aviation community, so why not become a part of what makes AirVenture possible?

I wish to thank Laurie Probst for her insights on EAA AirVenture Oshkosh and the volunteers of the EAA Ford Trimotor.

EDITOR’S NOTE: Richard Morey was born into an aviation family. He is the third generation to operate the family FBO and flight school, Morey Airplane Company at Middleton Municipal Airport – Morey Field (C29). Among Richard’s diverse roles include charter pilot, flight instructor, and airport manager. He holds an ATP, CFII, MEII, and is an Airframe and Powerplant Mechanic (A&P) with Inspection Authorization (IA). Richard has been an active flight instructor since 1991 with over 15,000 hours instructing, and almost 19,000 hours total time. Of his many roles, flight instruction is by far his favorite! Comments are welcomed via email at Rich@moreyairport.com or by telephone at 608-836-1711. (www.MoreyAirport.com).

Posted in All Features, EAA & AirVenture, Features, Features, Oct/Nov 2022 | Tagged , , , , , , , , , , , , , , | Leave a comment

Southern Illinois University Partners With United Aviate

Published in Midwest Flyer Magazine October/November 2022 Digital Issue

Southern Illinois University (SIU) in Carbondale, Illinois, has announced that it has partnered with “Aviate,” United Airlines’ pilot career development program, to offer SIU students and CFIs a clear and direct route to the airlines.

Campus Visit

SIU welcomed students to campus September 13 where the Aviate and SIU teams officially kicked off the partnership. Then, on September 14, students were urged to attend a United Airlines pilot panel where they learned more about what their journey to the flight deck could look like.

Aviate Program: The 40,000-foot View

Aviate is United Airlines’ industry-leading pilot career development program offering aspiring and established pilots the most direct path to the airline. As an Aviate university partner, current and former SIU students and instructors who apply, and are successful in the Aviate selection process, will receive a conditional job offer from United.

The journey begins with the SIU student or CFI, and continues with Aviate as they gain experience and build hours toward their R-ATP (Restricted Airline Transport Pilot) Certificate. They then have the opportunity to fly for a United Express partner or take on a leadership role at a participating Part 135 partner, before ultimately transitioning to United. Throughout the Aviate program, participants will have opportunities to connect with members of the United family, receive mentoring from a United pilot, and access to travel privileges.

Here are some initial tips about the Aviate application and interview process that will help ensure a student is prepared for what’s next:

• Visit unitedaviate.com for the latest program information.

• Students may submit their Aviate application at https://pilothiring.united.com/s/ There is a dropdown for Southern Illinois University.

• Students can practice for a variety of questions during their interview, including technical questions about their experience as a pilot, and general behavioral questions (an example might be “Tell me about a time you worked as a team to solve a problem” or “Have you ever made a mistake? How did you handle it?”) that helps the airline to better understand the student’s personality, strengths, and leadership qualities.

• Like any interview, students need to be ready to make a good first impression with professional attire and presentation.

Students may subscribe and receive the latest Aviate news and follow along on Instagram (@unitedaviate). For assistance, email aviate@united.com.

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New Solar Array Scheduled For Abraham Lincoln Capital Airport, Springfield, Illinois

by Jim Bildilli
Published in Midwest Flyer Magazine October/November 2022 Digital Issue

The Springfield (Illinois) Airport Authority held a groundbreaking ceremony July 14, 2022, for the construction of a $5.6 million solar array project. The 2.88-megawatt system will be comprised of a combination of roof and ground-mounted solar arrays spanning across three sites, producing approximately 4,000,000 kWh annually. This should offset over 90% of the current electrical needs for three facilities located in the airport’s north quadrant.

The project is a collaboration with Veregy to design and oversee the construction of this renewable solar energy project that will ultimately provide significant operational savings and energy security for the Airport Authority facilities, as well as StandardAero’s facility, well into the future. is an international company that provides major maintenance, repair and overhaul services for larger business aircraft and its roots in Springfield date back to the 1950s. This project represents the first installation among their 55 current locations.

Once completed, the array will be the largest airport-owned solar array for net-metering in Illinois. It is projected to provide an anticipated savings of $14.1M over the next 30 years, while lowering greenhouse gas emissions at an equivalent to an annual reduction of 7,500 barrels of oil.

Veregy is a guaranteed performance contractor which provides energy and cost-saving solutions that include mechanical, electrical, plumbing, solar, EV, microgrid and building systems control projects that support customer’s environmental and financial sustainability goals. Veregy collaborated with the Airport Authority to help secure the Illinois Block Grant Program’s Solar Renewable Energy Credits (SRECs) for project funding, along with a prepaid power purchase agreement with Balance Solar. Combined, these funding sources provided $3.3 million, or over half of the project costs.

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A Path in the Air

by Dean Zakos, S.J.A.
© Dean Zakos 2020 All Rights Reserved
Published in Midwest Flyer Magazine October/November 2022 Digital Issue

1945 was a good year.

It was autumn, but the leaves were still weeks away from curling brown and crisp. The war had ended. High school graduation was last June. I planned to enlist in the Navy after two years of college. I wanted to be a Naval Aviator. The Navy had a program so I could enlist, go to college for two years, fly for the Navy, and then complete the second two years of my education and get my degree. I wanted to be an engineer.

I glued kites and model airplanes out of balsa wood and tissue paper as soon as I could safely handle a scissors and pocketknife at about 5 or 6 years of age. I learned to fly a Piper J3 Cub in the summer of 1944. Cappy, my flight instructor, said I had the makings of a good pilot. I hoped so.

I had not flown for a few weeks – money and time were always tight. I finished early at my part-time job at the hardware store. Some daylight still remained. The shadows were growing longer and the light softer as I cuffed my faded corduroy trousers and pointed my bike toward the airport.

Late September’s sights, smells, and sounds greeted me everywhere. A freshly mown lawn. Victory gardens. The Fitzgeralds, with all nine kids, talking and laughing, on their front porch. Doris Day singing “Sentimental Journey” on a radio somewhere. Railroad men, lunch buckets swinging from their grease-stained hands, walking home from the railyard. Bells chiming in the steeple of St. Mary’s. The aromas of suppers being prepared on kitchen stoves. The ding-ding as a ’37 Ford coupe pulled into the Clark gas station on the corner. As I followed the road away from the edge of town, I peered out over rolling acres of soon-to-be-harvested corn, standing high in straight rows with tassels swaying in unison in the mild breeze. I took in the pungent odor of dairy cows and manure. A Redwing Blackbird sat alone on a fence post.

I travelled that country road many times over the years. I started washing airplanes and doing odd jobs around the airport when I was 12 in hopes of getting rides and, eventually, when I was old enough, some lessons. Even then, airplanes had a lot of surface area to pay attention to. I was always sure to be careful with the cotton/linen and dope fabric coverings, particularly the taped seams. A few Pipers and Taylorcrafts, a Stinson, a Luscombe. There was even a Pheasant H-10 on the field. I washed them all.

Arriving at the old shed serving as a hangar, I leaned my bike against the wall. I muscled apart the two halves of the door, suspended by wheels in a dented and weather-beaten overhead track, until both sides reached their stops. Within, it smelled of old wood, gasoline, and musty earth. The Cub, painted in Lockhaven yellow with a black lightning bolt stripe, sat still and ready on the hard-packed dirt floor. The 35-foot wing barely fit the space. At 18, I could lift the tail off the ground and pull it out of the hangar by myself. Once I was satisfied that the machine would fly, I was ready to start up. Reaching in, I cracked the throttle and pushed the fuel lever to “On.”

Today, there are not many pilots who will hand prop an airplane. When I started out, every pilot did. I reached back in and gave the engine two shots from the primer. I walked around to the nose and pulled the wooden propeller through three or four times. Set the blades to the ten o’clock and four o’clock positions. Back at the door, I reached over and above the rear seat, turning the magneto switch to “Both.” Standing next to the cowl, in front of the chocked tire, I placed my right hand on the prop and left hand on the tubular frame at the edge of the door. Steadied my feet. Gave it a spin. If done right, it is that simple. Started right up. Kicked the chock out. Settled into the rear seat and belted in.

That day in late September, my life was in front of me. My personal horizon was as wide as the view out of the Cub’s windshield at a couple thousand feet. I did not know where fate would take me, but I knew I would be going by air.

Back then, I was full of hope and aspirations. I did not have a special girl, but I thought I would eventually meet someone. And I did. At Pensacola. Barbara was a Southerner – her family was from Kentucky. I fell first for her expressive eyes, kind ways, and wonderful drawl. Then, I fell in love with her. We were married in her parents’ backyard under a painted gazebo covered in colorful spring flowers. Barbara in her wedding dress and me in my khaki Ensign uniform.

The panel in the Piper was spartan. Airspeed, altimeter, oil pressure, oil temperature. A whiskey compass. In a Cub, everything happens at 60 miles an hour. I taxied out, lined up in the center of the turf runway, held the stick back in the fingers of my right hand, and wrapped my left palm around the black ball at the end of the throttle lever. Confirming there was nothing in front of me, I gently pushed the throttle forward to the stop. I did not need to look at the tachometer. I knew how much power was being made by the sound and vibration of the little four-cylinder engine. Looking over the empty front seat, I confirmed that oil temp and pressure were normal. The wheels rolled forward, slowly at first. I pressed on the right rudder pedal. As speed increased and the tail came up, I moved the stick to neutral. I kept pressure on the right rudder pedal as needed to maintain directional control. Flying speed. Stick slightly back, the Cub flew itself into the air.

If you fly, you know the feeling. I experienced it on my first solo in the Cub and I know it still today so many, many years, and logged hours, later. The anticipation. The exhilaration. The concentration. The satisfaction. We are the lucky few. Climbing gracefully through clouds and sky, watching the earth fall away, we can make the horizon tilt and rise and fall and bend to our will. For me, I first saw flying as practical and, perhaps, a way out of a small town. In time, and with Barbara’s influence, I came to see flying as having more of a connection with poetry, a subject she knew well. Unlike poets, pilots do not write with words on a page. Instead, we write with airplanes on the vast and open expanse of the sky. The sky is a blank sheet, and what we can scribe there depends solely on our skills and experience and dreams.

I banked the Cub south toward the river. When I was at about 500 feet above the ground, I nudged the throttle back and leveled off. The lower half of the Cub’s door was down, and the upper window half was up. If you cannot fly in an open cockpit airplane, the next best thing is to fly in an airplane with a window open or the canopy slid back, inviting the rattling slipstream in to swirl and buffet around you. At that altitude, the sights and smells of the world below are still clear and sharp.

The sound and vibration of the engine were rhythmic and steady. Scattered clouds above me reflected the sun’s rays as it journeyed to meet the horizon. Pewter-white, edged in violets, silvers, and golds, the clouds reflected the angles of the end-of-day light in the melting blue of the sky. At that moment, it seemed as if mine was the only airplane in the world.

There is a road coming up. Its direction perpendicular to my flight path. As I crossed, I turned the Cub to the left, holding a steady bank and noting the wind drift. As I crossed the road again, I banked to the right. After a few more S-turns, perfecting my track with each pass, I proceeded on my original course to the river. Few things teach you more about coordinated flight, wind, and wind drift than S-turns.

I flew Corsairs and Avengers for the Navy. Too late for World War II and too early for Korea. Carrier qualified on both. I liked the Corsair for the speed, the Avenger for the room. I was stationed in Virginia with an anti-submarine squadron. I could fly the Avenger home on some weekends. Often, I would take a couple of enlisted men with Wisconsin connections along with me. So long as we were back at the naval air station by 0800 Monday, there was no problem. The Navy wanted us to fly.

Reaching the river, I inched the throttle back and started a gentle descent until the bald eagles, sitting patiently on tree limbs along the sandy banks, came clearly into view. I maneuvered the Cub as the river meandered, parallel with its line. First right, then left, then straight, then right again. There is a freedom and meaning in flight that most people could never hope to find on the ground. I am one with the Cub. I think “go right” and my little ship responds immediately. Hands and feet and ailerons and rudder move together — deliberately and responsively – exactly in accordance with my desires.

Following the river’s contours, I lose myself in the moment. I am where I want to be. Eventually, the wire and cork fuel gauge bobbing on the cowl helps me to regain my focus. The mark showed about one-quarter full. It was getting late. Time to steer the Cub back toward the airport. Only about four miles away to the northwest. Still enough daylight to see the fields and county roads below and the few hangars and turf runway beyond. I will be there soon.

I owned two Cessna Skyhawks (one a straight tail) over the years. Good, practical airplanes. I built an RV-7 with a tail wheel and flew it for many years. I have always liked the challenge of designing and building things. There is something special about using your ingenuity and your two hands to create some object that is useful and of value. Barbara and I flew the Skyhawks and the RV-7 as often as we could. Trips to North Carolina, Kentucky, Florida, and Texas. Even to Alaska – twice. Flew into Oshkosh and camped for the week almost every year.

We had a good life. Did all my plans and dreams come true? No. But I have no real complaints either. I have always told my children not to wait for things to get easier, or simpler, or better. Life will always have disappointments and complications. Learn to be happy now. Otherwise, you will run out of time. If you have family and friends, and you can laugh and enjoy life – and fly airplanes – you are blessed.

Barbara is gone now. She passed four years ago. I miss her every day. To help fill the emptiness, I sold the RV-7 and started to build a Zenith 701. It looks like it will be a fun airplane to fly. I have a small barn and workshop on my property. The work is slow going, but I have the time. Wings, tail, and fuselage are mostly complete. Engine is in a crate in the corner. Working on the panel layout.

Entering the pattern on a left downwind to land to the west, I slide the throttle back. Slight crab angle to the south to compensate for a little drift. I swap the stick to my left hand as I reach forward with my right toward the front right side of the fuselage to pull the carb heat on, being careful not to push inadvertently on the stick as I stretch. I throttle back again as I turn base and final. I am on airspeed and altitude, nose held slightly low, with the grass strip growing larger in front of me. Crabbing a little to my left.

Over the threshold, I close the throttle, lower the left wing a bit, raise the nose slightly, and hold it. Work the rudder pedals to center the nose on the middle of the runway. Hold it. No hurry. Hold it. Stick all the way back. Work the pedals. Hold it. The Cub settles gently, quietly, firmly. First the left wheel, then the right. I am down. Stick back in my stomach and to the left. Keep bumping the rudder pedals to stay straight. I remind myself, as Cappy told me, to continue to fly the airplane. On the ground, I slowly weave the nose of the Cub back and forth to allow some forward visibility until I am shut down in front of the hangar.

I position the tail of the Cub toward the opening. Lifting at the hand hold, I pull backward, trudging carefully so as to not catch a wingtip on the door frame, until the cowl and prop pass under the door track and the main wheels settle into their indentations in the floor. After chocking a wheel, I pause for a moment in front of the open doors, slightly more darkness inside the hangar than out, listening to the crickets in the nearby meadow, the metallic ticking of the engine, and feeling the lingering warmth of the 65 horsepower Continental. I add some gas from a five-gallon can to the Cub’s tank, wipe her down, and remove the few bugs that found their demise on the windshield or leading edges. The flight was at an end. I could hardly wait to do it all again.

Heading back toward my little town that night in 1945, I could feel the chill in the air through my thin flannel shirt, reminding me that long, warm summer days were almost at an end. I was content. I did not know then where my flying, and my life, would take me. I did know flying gave me a sense of confidence and accomplishment that would serve me well.

The moon, pale and orange, was rising in the east. The dark blue sky of twilight was fading into the deep black velvet of night. The quiet of evening was settling in. Streetlights began to flicker on as I continued toward home. Muted, golden glows appeared in windows and open doorways of the houses I passed, casting intricate patterns of lights and shadows on the lawns and trees. I was almost to my street.

As I pedaled, I looked forward to bounding up our back porch, opening the screen door of our kitchen, and stepping into the warmth and comfort I knew I would find there. Ma said she was making meatloaf tonight.

EDITOR’S NOTE: Dean Zakos (Private Pilot ASEL, Instrument) of Madison, Wisconsin, is the author of “Laughing with the Wind, Practical Advice and Personal Stories from a General Aviation Pilot.” Mr. Zakos has also written numerous short stories and flying articles for Midwest Flyer Magazine and other aviation publications.

DISCLAIMER: This article involves creative writing, and therefore the information presented may contain fictional information, and should not be used for flight, or misconstrued as instructional material. Readers are urged to consult with their flight instructor about anything discussed herein.

Posted in All Features, Features, Features, Flying & Flight Experiences, Oct/Nov 2022 | Tagged , , , , , , , , , , , , , , | Leave a comment

Should You Use An LLC To Own Your Aircraft?

by Gregory J. Reigel
© Copyright October 2022. All rights reserved.
Published in Midwest Flyer Magazine October/November 2022 Digital Issue

I’m often asked by aircraft purchasers whether they should use a limited liability company (“LLC”) to hold title to the aircraft. Many have read the ads in several of the aviation magazines suggesting aircraft purchasers should use a Delaware LLC to own their aircraft, etc. Sometimes their accountant or regular business attorney will recommend that an LLC be used. But does this make sense? The lawyerly answer is “it depends.”

What Is An LLC?

An LLC is organized similarly to a corporation. However, members, rather than shareholders, own an LLC. LLC members do not own stock in the LLC, but simply hold a membership interest in the company that is represented by the members’ capital accounts. Similar to the corporation, the LLC’s members elect a Board of Governors that elects managers to handle the day-to-day business of the LLC.

An LLC is treated as a separate “person” in the eyes of the law with an independent existence from its respective owners. Thus, if the owner of an LLC dies, the entity continues to exist (although an LLC needs to specifically elect to have this continuity of existence). Additionally, the laws governing LLCs require that certain formalities be observed (e.g., annual meetings, separate checking accounts, maintaining corporate/company books and records, etc.).

Why Would You Want To Use An LLC?

Limited Personal Liability. One of the primary benefits of an LLC is the limited personal liability protection the entity affords. An owner of an LLC, simply by virtue of that ownership interest, is not personally responsible for the debts and obligations of the LLC, other than to the extent of his or her ownership interest in the LLC. This is in contrast to a sole proprietorship or partnership in which the individual’s mere ownership interest does result in the owner being legally responsible for the debts and obligations of the business.

Similarly, an officer or manager of an LLC is not personally responsible for the debts or obligations of the LLC as long as the individual was acting within the scope of his or her duties on behalf of the LLC. For example, if an individual leases a hangar on behalf of an LLC and then the LLC defaults under the lease, the landlord cannot hold the individual who signed the lease responsible for the default, unless the individual was not authorized to enter into the lease on behalf of the LLC or the individual otherwise personally guaranteed or obligated him or herself under the lease.

However, in the context of aircraft ownership, this limited liability protection is not absolute. If an individual, who may be a member/governor/manager of the LLC is operating an aircraft owned by the LLC and that individual is involved in an accident or incident that results in damage to property or personal injury, that individual could still be held personally responsible for his or her negligence, etc., in addition to the LLC. Also, if an individual acts outside of the scope of his or her authority to act on behalf of the LLC, he or she may be held responsible for any consequences of those actions.

But, if the LLC is owned by multiple members/owners, when one member is flying the aircraft, the LLC will usually provide liability protection to the other members. And if a third-party who is not a member of the LLC is flying the aircraft, the LLC should provide liability protection to all of the LLC’s members.

Confidentiality. In many states, an LLC can be formed and filed with the governing state without disclosing the names of any of the parties involved, other than the organizer for the entity. However, this confidentiality does not apply equally to the registration of an aircraft with the FAA. Although an LLC may also register the aircraft in the name of the LLC, an LLC statement disclosing the name and citizenship of the individual members will need to be executed and filed with the FAA to confirm that U.S. citizenship requirements are met.

Tax Reasons. An LLC’s ownership of an aircraft may provide tax benefits that may not otherwise be available to an individual or partnership (depreciation, deductions, etc.). But in some states owning an aircraft with an LLC could also subject the aircraft to personal property tax. Each situation is different and must be analyzed by a tax professional to determine the availability of such tax benefits.

Regulatory Concerns

Although an aircraft buyer may be able to benefit by using an LLC for his or her ownership of an aircraft, the aircraft buyer also needs to be aware of the regulatory issues that may result from this ownership structure. One of the primary regulatory concerns may arise when an aircraft is purchased by, and operated from, what is commonly referred to as a “flight-department company.” In this scenario, the buyer, which may be an individual or a business, purchases an aircraft. Intending to limit personal liability, the buyer forms a separate LLC to own the aircraft. The LLC then operates the aircraft for the buyer under FAR Part 91.

Unfortunately, if this arrangement isn’t structured properly, the FAA could view the LLC’s operation of the aircraft on behalf of the buyer as a commercial operation requiring an air carrier certificate. Accordingly, any operation of the aircraft by the LLC on behalf of the buyer or others without an air carrier certificate could subject the pilot(s) actually flying the aircraft to an FAA enforcement action and subject the LLC that owns and operates the aircraft to a civil penalty action.

Similarly, depending upon how this arrangement is structured, the Internal Revenue Service could view the LLC’s operation of the aircraft as a commercial operation requiring the collection and payment of Federal Excise Tax on any flights performed on behalf of the buyer.

Conclusion

Using an LLC to own an aircraft can provide benefits to the aircraft buyer. However, each situation is unique and must be analyzed to confirm that the aircraft buyer will actually receive the benefits expected and that the ownership arrangement will comply with the regulatory requirements anticipated by the aircraft buyer for operations under FAR Part 91. As they say, “the devil is in the details.” Aircraft buyers desiring to use an LLC for purchase of an aircraft should work with a knowledgeable aviation attorney to ensure that the transaction is structured appropriately to meet the regulatory requirements applicable to their particular situation.

EDITOR’S NOTE: Greg Reigel is an attorney with Shackelford, Melton, McKinley & Norton, LLP, and represents clients throughout the country in aviation and business law matters. He has more than two decades of experience working with airlines, charter companies, fixed base operators, airports, repair stations, pilots, mechanics, and other aviation businesses in aircraft purchase and sales transactions, regulatory compliance including hazmat and drug and alcohol testing, contract negotiations, airport grant assurances, airport leasing, aircraft-related agreements, wet leasing, dry leasing, and FAA certificate and civil penalty actions. For assistance, call 214-780-1482,
email: greigel@shackelford.law, or Twitter @ReigelLaw (www.shackelford.law).

Posted in Aviation Law, Columns, Columns, Columns, Oct/Nov 2022 | Tagged , , , , , , , , , , , , , | Leave a comment