Engine Upgrades, Rag Bags & Clones

by Pete Schoeninger
© Copyright 2022. All rights reserved!
Published in Midwest Flyer Magazine August/September 2022 Digital Issue

Q) My 1976 Cessna 182P with a 230 hp Continental 0-470 engine needs an overhaul. My mechanic is suggesting I consider a possible upgrade to a larger HP engine that would include fuel injection. But it sounds awfully expensive. What do you think?
A) There are many questions only you can answer. Do you need more than the 230 hp you currently have? If you’re happy with your current engine, consider sticking with it.
The first possible upgrade to a fuel-injected engine would be to the 260 hp Continental IO-470. Fuel injection eliminates the problem of carburetor ice and provides a significant fuel savings of perhaps 1–1 ½ gallon per hour. At current gas prices, that’s at least $10.00 an hour. If you save $10.00 an hour over a 1500-hour engine run, you pay for much of the additional cost of the engine upgrade.
The next possible upgrade would be to one of the many versions of the Continental 520 engine. Some have carbs and some are fuel injected. All offer significant increases in performance.
Things to think about if upgrading: 1) Do you operate out of remote strips frequently? Be aware that many fuel-injected engines need an electric powered primer to start, and sometimes fuel injected engines (especially when hot) may be difficult to start. In my experience, as six-cylinder engines go, the carb equipped 0-470 can be hand-started relatively easily if you have been given good instruction in that task. These issues mean you may want to consider carrying a backup battery or other starting aide not available at remote sites. Also, some upgrades may require a change to a different prop, a major expense.

Q) An old-timer once told me “Rag Bags” can be expensive to maintain. I am new to aviation and did not want to show my ignorance. What is a “Rag Bag,” and why are they expensive?
A) Rag Bag is a somewhat derogatory nickname given to airplanes covered with fabric. Unlike aluminum-covered aircraft, fabric on airplanes needs to be changed every 20-30 years or so, at a cost of perhaps $25,000 – $35,000.

Q) A friend has a Stinson which has been “metalized.” What does that mean?
A) Stinsons, and many other airplanes from the 1940s, were originally covered with Grade A cotton or Irish Linen fabric, which had a lifespan of 5 – 10 years. When the airplanes needed recovering, some owners opted to have the airplanes partially or completely covered with aluminum. Newer fabric (usually some type of Dacron) lasts longer than original Cotton or Irish Linen, so converting to aluminum is not as attractive as it once was.

Q) What do you see of the current airplane market? What do you think inflation and rising gas prices will do to prices?
A) From what I see and hear (mid-June), the market is still strong, although prices are perhaps leveling off a little. The summer 2022 Aircraft Bluebook lists Cessna 172RGs up $10,000.00 and Cessna 182RGs up a whopping $30,000.00 in value. Perhaps this is because these airplanes have the good characteristics of their fixed-winged brothers but are faster with about the same fuel burn per hour. I am smart enough to know I am too dumb to predict future aviation price trends given recent interest rate rises and numerous other variables.

Q) I saw a guy hand-propping what looked like a Cessna 140. Later I talked to him, and he said he hand-propped the airplane because it had no electric system, thus no starter. Is that possible?
A) You were probably looking at a Cessna 120, which was the economy version of the Cessna 140. The C120 has the same 85 hp Continental engine, but no flaps and no electrical system and no rear window. Most, but not all, Cessna 120s have since been converted to an electrical system. Without an electrical system and flaps, the Cessna 120 is about 35-40 pounds lighter than the Cessna 140.

Q) I have seen what appear to be clones of Piper J-3 Cubs with EXPERIMENTAL on the door and panel. It appears they were NOT made by Piper, but rather, built by individuals. They also seem to sell for a little less money than the “real” thing. Comments please.
A) Quality of construction by individuals can vary quite a bit, so a good pre-purchase inspection is in order if you are looking to buy any non-manufactured aircraft. Any aircraft for that matter. Experimentally licensed airplanes cannot be used for commercial purposes. An advantage of owning an experimental airplane is that the regulations are not as tight as far as replacement parts and modifications. Generally, but not always, they bring a little less money than the manufactured versions they copied.

Q) My son is nearing the end of his 4-year college degree program and has an interest in becoming an airline pilot. Neither he, nor his mother or me, are wealthy. The cost of learning to fly and accumulate enough hours to get a good job in aviation appears almost unobtainable to us. A friend of ours suggested he look at military flight training.
A) Lots of airline pilots learned to fly in the military, and many are still flying for their local Air National Guard or Reserve unit when not flying their airline job. Uncle Sam may require a 10-year service obligation for teaching your son to fly, but here’s the good part: Uncle Sam PAYS him to learn to fly and provides an airplane and instructor. If he has serious interest, I suggest he or you contact a local military recruiter for each branch of service, as obligations and requirements vary between them and change frequently.

Q) You have adamantly stressed that an airplane buyer should have a prepurchase inspection performed by a competent mechanic, preferably by the mechanic that will maintain the new purchase. But putting that contingent in written offers has lost me two nice airplanes because other buyers did not insist on the inspection. What peril do I face buying an airplane without a prepurchase inspection?
A) One of many would be the crankshaft in the engine. SOME, but not all, Continental and Lycoming engines, have had issues with crankshafts. In some cases, applicable engines are identified by specific serial number, not by visual inspection. In some cases, there is some help from the engine manufacturer, but this may be time limited. It is possible that you could be in for a $10,000.00 surprise if you buy an airplane with this situation. Do an internet search “Continental aircraft engine VAR crankshaft” and “Lycoming 0-540 crankshaft ADs.”

Q) My 1975 Skylane has been a good mount for me for many years. But now, as I age, I have the itch, and almost enough money, to get a new one. Are the new ones worth that huge price difference? What late model single-engine airplanes could I get for $400 – $500K?
A) The answer depends on your desire for a good warranty, brand new high-tech avionics, and new airplane smell, versus how big your wallet is. Other options would be to upgrade to a used Bonanza, Cessna 206, or Piper Saratoga.

EDITOR’S NOTE: Pete Schoeninger is a 40-year general aviation veteran, starting out as a line technician as a teenager, advancing through the ranks to become the co-owner and manager of a fixed base operation, and manager of an airport in a major metropolitan community. He welcomes questions and comments about aircraft ownership via email at PeterSchoeningerLLC@gmail.com.

Posted in Ask Pete, Aug/Sept 2022, Columns, Columns, Columns | Tagged , , , , , , , , , , | Leave a comment

AOPA’s Rusty Pilots Seminars

by Bob Worthington
© Copyright 2022. All rights reserved!
Published in Midwest Flyer Magazine August/September 2022 Digital Issue

As the U.S. pilot population slipped a decade into the 21st century, the leaders of the Aircraft Owners Pilots Association (AOPA) decided to counter that trend, and initiate programs to get more people into flying. By 2013, AOPA began to invest resources to bring more people into aviation. Programs for flying clubs, high school STEM classes, flight training, and seminars to entice “inactive” pilots to return to the left seat were established. Long-time AOPA member and advocate, Hal Shevers, founder of Sporty’s Pilot Shop, joined the initiative by becoming a sponsor of AOPA’s efforts called “You Can Fly.”

Inactive refers to the fact that an FAA certificate never expires. To legally execute the privileges of the certificate, however, a pilot must be medically qualified to fly and current (as validated by a certified flight instructor and FAA regulations). The “Rusty Pilots Seminar” is for pilots who quit flying due to career, family, finances, or just life, so they may become active again. Today, over 42,000 pilots have attended Rusty Pilots Seminars with almost 25% (over 10,000) becoming active aviators again.

Part of this effort to get pilots back flying, is a three-hour audio-visual tutorial designed to acquaint former pilots with what it takes to return to the cockpit. In June, I attended a local seminar hosted by the Las Cruces Aviators Flying Club at Las Cruces International Airport (KLRU) in Las Cruces, New Mexico. While the seminar was created to lure lapsed pilots back, it is an excellent review for any pilot. The charge was $79 but it’s free to all AOPA members! The presentation had almost two dozen attendees.

Rusty Pilots Seminar presenters are aviation experts and excellent presenters. I know two personally (both aviation writers). One presenter is Yasmina Platt, a fellow columnist for Midwest Flyer Magazine.

The instructor for my seminar, William Dubois, was prepared, informal, and a superb speaker. The presentation was easy to follow and understand. The handouts were great and the visuals informative.

I must point out, I am not a Rusty Pilots Seminar candidate. Agent Orange (Vietnam War) has destroyed my heart such that if I placed my butt in the left seat again, solo, and started the engine, I would be violating at least eight Federal Aviation Regulations. Rather, I attended the course for two reasons: Research for my next book (working title: “Forty Years in the Sky: A Pilot’s Guide to General Aviation”), and to check out the seminar for this column.

What is the Rusty Pilots Seminar?

This seminar was first presented in 2014 to provide “inactive” pilots with all the information necessary to get current again. This tutorial also qualifies as the one-hour ground school portion required of the “Flight Review.”

When the FAA originally mandated this requirement in 1997, it was referred to as a “Biennial Flight Review,” or “BFR.” It was changed to simply “Flight Review” because the word “biennial” suggested that pilots only needed a review of their skills and currency, once every two years. Safety training should be an ongoing occurrence, not just a one-time experience every 24 months, so the word “biennial” was deleted.

For details on the Flight Review, see FAA Advisory Circular 61-98D. By the way, this seminar qualifies as 3 hours of ground instruction for the Flight Review, and you can receive FAA WINGS credit.

The Rusty Pilots Seminar consists of three components. First is the instructor. Second are the audio-visual displays of text, charts, maps, and other illustrations of what the instructor is covering. The third are the handouts provided.

One handout is a two-page checklist of everything a pilot must accomplish to get back in the cockpit. It details the process needed to become current and proficient.

Next are the scenario handouts, a single book of 14 pages depicting charts, graphs, logbook examples, weather information, radar pictures of weather – everything that was shown on the screen during the seminar. This allows the attendee to have the important details at hand, even if the data on the screen passed. More information to assist the memory. The last handout is the “Resource Guide.” This 42-page booklet covers regulatory requirements, flight planning, airport operations, radio operations, airspace and charts, and provides a list as to where to get additional information. This list covers a variety of organizations and vendors catering to pilot needs. And all of this is “free” to AOPA members.

What the course covers.

The instructor covers the information required to get back in the left seat. One needs a medical clearance to fly. Depending on what kind of flying one does, that dictates what medical proof is needed.

A Sport Pilot only needs a current state driver’s license. Private Pilots can fly using “Basic Med” (requiring only your personal or family physician examining you and filling out forms), or the FAA Class III Medical Certificate, which requires an examination by an Aviation Medical Examiner (AME). One must also be current in the plane intended to fly. Depending on the length of time the pilot has not flown, a regular Flight Review flight may suffice or time with a flight instructor and spending some time reviewing regulations, etc., will get an inactive pilot back flying. It is recommended that the Rusty Pilot take a flight with a flight instructor to assess current knowledge and pilot skills, then proceed from there. The rest of the seminar covers current rules, regulations, and flight planning preparation.

Throughout the seminar I attended, the instructor constantly referred to what we may have learned way back when, and how that has changed to what is required today. Some attendees learned to fly when cross-country navigation was from VOR to VOR. Others used LORAN. Today, it is GPS. Often our presenter explained these changes, and how and why, so we could better understand (or appreciate) the new or current systems.

Most of us trained and flew with steam gauges (analogue systems), but the modern cockpit, today, is “digital.” Confounding this is the fact that most general aviation aircraft today are still of the analogue era with cockpits in front of the pilot festooned with round dials and moving needles, providing the information needed to fly the plane. Yet planes used for instrument flying or cross-country flights will most likely have some form of digital equipment in the center portion of the instrument panel. It may be an older GPS navigator system or a larger multi-function screen with even more data displayed. Our instructor addressed all of this, allowing us students to recognize how the technical world of aviation and flying might have changed during our absence.

The Rusty Pilots Seminar is presented in three formats. First is the in-person seminar I attended. This same seminar is always available via the AOPA website as an online course. Additionally, once a quarter, AOPA also conducts this seminar as a live webinar. As an AOPA member, you can participate in all three, free of charge!

If this information becomes overwhelming to the Rusty Pilot, he or she can go online and return to the Internet connected seminar and review it as often as needed. AOPA has also created “flash cards” covering every aspect of a plane’s performance specifications and procedures to follow during emergencies. But the actual performance specs are blank. You can download the cards, and using your Pilot’s Operating Handbook, enter the correct data for your airplane.

The value of this seminar.

How valuable this seminar is to return to flying really depends on your level of experience when you quit, and how long you did not fly. If, for example, you had 500 hours and quit a couple years ago, this seminar, spending some time reviewing what the seminar covered, and a few hours flying with an instructor, plus getting a current medical, may be all you need to get current and be safe. But if you had 100 hours and have not flown in a decade, you will need much more than this seminar. Still, this seminar will show you what you don’t know, and the handouts can map your course to return to flying.

Even if you are a current pilot, this seminar is an excellent review of aviation rules and regulations and the system we must fly in today. Rusty Pilots Seminars are available continually around the nation. The AOPA website provides information on where and when these seminars are being provided.

I have always been an advocate of aviation safety and often participated in safety training. In fact, my constant training saved my life and that of my passenger, more than once. The Rusty Pilots Seminar can become another arrow in your quiver of aviation safety. Checkout the AOPA website, and if a seminar is near you, sign up. You will not regret it.

EDITOR’S NOTE: Pilot, Viet Nam veteran and former university professor, Bob Worthington of Las Cruces, New Mexico, is the author of “Under Fire with ARVN Infantry” (https://mcfarlandbooks.com/product/Under-Fire-with-ARVN-Infantry/), and producer of the 2019 film “Combat Advisor in Vietnam” (www.borderlandsmedia.com). Facebook: Bob Worthington Writer. Website: www.BobWorthingtonWriter.com. Bob Worthington has placed excerpts about combat flying in Vietnam (from his books) on his website. Here is a direct link to those excerpts: www.BobWorthingtonWriter.com/combat-flying-in-vietnam/. Every couple of months, he adds another excerpt.

DISCLAIMER: The information contained in this column is the expressed opinion of the author only. Readers are urged to seek the advice of others, including their personal flight instructor. Neither the author, Midwest Flyer Magazine, Flyer Publications, Inc., or their staffs, employees or advertisers assume any liability for the accuracy or content of this column or any other column or article in this publication.

Posted in Aug/Sept 2022, Columns, Columns, Columns, The Left Seat | Tagged , , , , , , , , , , , , | 11 Comments

The best of times for general aviation!

by AOPA President Mark Baker
Published in Midwest Flyer Magazine August/September 2022 Digital Issue

It’s hard to fathom where much of the United States was in 2020, and even just last year. Quite frankly, I’d rather not go there. I’m always focusing on the positive, and there’s a lot of that going around right now in our general aviation community.

I often talk about how GA came through COVID-19 stronger than ever despite the many challenges. We have seen healthy operations numbers, full flight schools, many certificates issued, and a very robust aircraft sales market.

But the most important measure of GA’s health—to me, at least—is how many of our members and aviators I get to see in my travels around the country. And by the crowds at the fly-ins, aviation celebrations, and airport events I have attended, and just around the FBOs, there is no doubt that we are living in the best of times for general aviation.
And when we talk about the best of times, discussions start with Oshkosh.

Seeing thousands of our members at EAA AirVenture, reconnecting with old friends, making new connections, taking part in a variety of important discussions, seeing some of the world’s best aerobatic champions, and just sharing stories (some of them true!)—it just doesn’t get any better. While the crowds were back at Wittman Regional Airport in 2021, this year’s event was even better!

The AOPA main tent had a fresh new look, offering our members (and those who should be!) valuable resources to enhance their aviation experiences. We also had a larger “39 Lounge” attached to our main tent with daily meet-and-greets with a wide range of experts, aviation media personalities, and influencers.

Our events team assembled a world-class schedule in our AOPA Program Pavilion, starting on Monday, July 25, and running through the entire week. Once again, these sessions ran the gamut. Topics included best-practice aviation techniques and procedures; vital safety education; new product intros to help you make the most of your flying experience; updates on how AOPA is protecting the freedom to fly, as well as your local airports; career tips; and inspiring stories of GA travel and destinations.

We welcomed all our members and aviators to our annual Pilot Town Hall, where I was joined by senior AOPA leaders to discuss the latest developments at AOPA and in general aviation, and how these issues impact and enhance your freedom to fly every day. In addition, we had a dedicated Rusty Pilots Seminar on Wednesday morning, helping pilots to get back into the left seat after some time off.

Those of you in the flight training world were able to check out the hands-on demonstrations we scheduled for the AOPA Flight Training Advantage (AFTA) platform, designed to help make the process of training more effective for students, CFIs, and flight schools. AFTA is built to directly boost the completion rate of flight training.

And if you think this year’s Sweepstakes Tiger Grumman was a real head-turner, our next sweepstakes is even more exciting! If you are a backcountry pilot, or just love amazing vintage aircraft, our pavilion featured the airplane that will be awarded in 2022.

Like every year, I have that last week in July blocked off for one of my favorite experiences of the year. Whether you are planning your first trip to Oshkosh or you’re a seasoned veteran, I’m sure that like me, you can already feel the buzz for AirVenture 2023. When you arrive, I invite you to stop by our tent to say hello and learn about all the ways AOPA continues to protect your freedom to fly. Until then, blue skies.

www.aopa.org        800-872-2672

Posted in AOPA, Aug/Sept 2022, Columns, Columns, Columns, From AOPA Headquarters | Tagged , , , , , , , , , | Leave a comment

Craig R. Sincock Receives Top NATA Honor

Published in Midwest Flyer Magazine August/September 2022 Digital Issue

Craig R. Sincock

WASHINGTON, D.C. – The National Air Transportation Association (NATA) has announced the recipient of its highest annual honor, The William A. “Bill” Ong Memorial Award, to aviation entrepreneur, Craig R. Sincock, owner, president, and CEO of Avfuel. The award will be presented during a luncheon November 3, held in conjunction with the NATA 2022 Aviation Business Conference in Miami. Given in honor and memory of the association’s co-founder and first president, the William A. “Bill” Ong Memorial Award recognizes extraordinary achievement and extended meritorious service to the general aviation industry.

“Craig Sincock is a prominent aviation business leader, philanthropist and visionary who has spent his entire career connecting people, businesses, and cultures. It is a pleasure to honor his drive, leadership, passion, and propensity for giving back with NATA’s highest honor,” stated NATA President and CEO Timothy Obitts.

Sincock acquired Avfuel Corporation in 1985. Under his leadership, the company has grown from a regional fuel supplier to its current position as a leading independent global supplier of aviation fuel and services. Avfuel currently serves more than 5,500 aviation customers at more than 3,000 worldwide fueling locations, and supplies fuel and comprehensive services to all six major aviation consumer groups: fixed base operators (FBOs), corporate flight departments, airlines, helicopter operators, cargo haulers and the military.

Sincock accomplished this growth through a strategic mix of more than 30 acquisitions (four of which were aviation divestitures from publicly traded energy companies), internal sales growth, and marketing alliances. Today, Avfuel touches virtually every aspect of the aviation industry with its innovative lineup of programs and solutions, including industry-leading sustainability programs, and through various subsidiary corporations, including Avtank, Avlease, Avsurance and Avplan. Sincock continues to focus on further international expansion and the next generation of aviation.

The passion for aviation that led Sincock to purchase Avfuel is evident through his continued devotion to the company’s success, as well as through his advocacy efforts. Past positions he has held include seats on the Pride Refining Inc. Board of Directors (PRF: NYSE), Duncan Aviation Board of Advisors, and National Business Aviation Association (NBAA) Board of Directors, along with serving as chairman of NBAA’s Associate Member Advisory Committee. Sincock is a member of the World Presidents’ Organization (WPO), an international organization fostering educational development and networking opportunities for company leaders. He has also been an active participant in leading aviation groups, including NATA, NBAA, the General Aviation Manufacturers Association (GAMA), Experimental Aircraft Association (EAA), and the Aircraft Owners and Pilots Association (AOPA). Additionally, Sincock is a pilot with an ATP rating and frequently pilots the company’s Falcon 2000LXS and Cessna Citation XLS+.

Sincock recently received the 2022 Kenn Ricci Lifetime Aviation Entrepreneur Award at the 19th Annual Living Legends of Aviation Awards banquet, during which he was also inducted into the Living Legends of Aviation.

Sincock graduated from the University of Michigan and resides in Ann Arbor with his wife, Sue. The Sincocks’ philanthropic efforts extend well beyond the aviation community; they are also staunch supporters of health care and education organizations.

The National Air Transportation Association (NATA) has been the voice of aviation business for 80 years. Representing nearly 3,700 aviation businesses, NATA’s member companies provide a broad range of services to general aviation, the airlines, and the military. NATA serves as the public policy group representing the interests of aviation businesses before Congress and federal agencies (www.nata.aero).

Posted in Aug/Sept 2022, People, Sections, Sections | Tagged , , , , , , , , , , | Leave a comment

The Pilot’s New Panel

by Michael J. (Mick) Kaufman
© Copyright 2022. All rights reserved!
Published in Midwest Flyer Magazine August/September 2022 Digital Issue

As I continue to have pilots tell me about and show me the new avionics suites they have in their airplanes, I think of this childhood story called the “Emperor’s New Clothes,” written by Hans Christian Andersen and published in 1837. This story is about an emperor who was sold a magnificent set of clothes by two swindlers. The moral of this story is, we can’t let pride keep us from speaking up when we know the truth!

For those of you who have never read the story, it is how it applies to getting that dream panel in your airplane. In short, people who are pilots like to let the world know they are pilots – it is an accomplishment. I have the tendency to tell people I was the mayor of my city for the same reason…it was an accomplishment. But I would think long and hard before becoming the mayor again.

Some pilots like to brag to other pilots telling them how good of pilots they are, their ratings, the type of airplanes they fly, and now, what kind of avionics they have in their airplanes. If that pilot spends 70-plus thousands of dollars on a new panel and it does not work, or they do not like it, they still like to brag it up, rather than admit they made a mistake having it installed.

This is a two-issue article because of its length, and to keep our readers in suspense. This issue explains the pros and cons of upgrading your panel, and what my last upgrade was like. The next issue will cover what to look for in different equipment to help you decide if you want to do the upgrade, and if so, what works and what does not.

Don’t get the wrong idea that I am against avionics upgrades, as I am an electronic “geek,” amateur radio operator and love new technology. But I try to be practical and promote flight safety. In fact, in a previous column, I described how I almost became a victim of CFIT (controlled flight into terrain) while trying to program a waypoint on a touch screen in heavy turbulence. I decided to write this article to inform fellow pilots of what may be involved in a panel update and have them see some of the pros and cons involved.

An example of a “con” involved a Cessna 414 pilot from Wisconsin who decided to do a complete panel upgrade. He went to a reputable avionics shop and got a quote for what he decided to have installed. The quote was high, so he found another somewhat reputable shop in the state of Georgia that was 10K less and went with the low bid. His airplane has been sitting in that shop all torn apart and the question now is whether to finish doing the upgrade or calling Wentworth Aircraft Salvage to pick up the airplane. So how can things like that happen? Once a shop opens the panel and sees what needs to be done, it may require way more labor and parts than expected to make things work, and we are dealing with pressure bulkheads in a Cessna 414.

A few years ago, when Automatic Dependent Surveillance–Broadcast (ADS-B) came out, and there was a big push to get the entire GA fleet equipped, it became apparent to me that it was time to do upgrade my panel in my Bonanza. My wife gave me an allowance of 5K to spend and we all know that would not go far. So, the following is what I did have in my panel. Further below is what I have now:

S-Tec 50 Autopilot with a yaw damper.
Two King KX 175 Nav Coms, one with MAC conversion.
Apollo 618 Loran.
King KR 87 ADF.
King KT 76 Transponder.
King KMA 24 H Audio panel.
Garmin 396 GPS with XM Weather.
Century Slaved Compass System.
JPI 700 engine analyzer with fuel computer.

It was quite a challenge with only 5K to spend, so I knew I wasn’t going to get everything I wanted, so I had to compromise.

First was ADS-B, and I found a derelict NavWorx ADS600B in and out box on E-Bay for $200.00. Seeing that it needed an approved data source to be compliant, I solved two issues by purchasing a Garmin GNS480 for $900.00, which included a WX10A stormscope that I did not install.

Next came a remote Garmin transponder to match the Garmin 480 for $200.00, again on E-Bay, along with a DAC GPS steering module for $250.00. This was really all I needed, but there was the installation cost that needed to be figured in and there was still several thousands of dollars left in the budget. I now have covered the ADS-B traffic issue, but I wanted to have weather on my iPad displayed on ForeFlight and from my experience, Sirius XM weather was far superior to ADS-B weather, so I chose a Garmin GDL-52 weather box. It connects via Bluetooth to ForeFlight and provides an AHARS source for the ForeFlight synthetic vision. My avionics tech friend suggested adding a Garmin Aera 660 as the Garmin 396 will not interface with Foreflight. I now consider the Garmin Aera 660 the best Garmin device for the dollar on the market for around $700.00. I am lucky that the Garmin Aera 660 takes the same panel space as my old Garmin 396 did. The Garmin Aera 660 was the key to making all the avionics devices work in harmony with one another. I will dedicate an entire column to the Garmin Aera 660 in a future issue of Midwest Flyer Magazine.

My panel now has the following equipment in it, and even though I am happy, I am still in the last century panel-wise:

S-Tec 50 Autopilot with a yaw damper.
One King KX 175 Nav Com with MAC conversion.
King KR 87 ADF.
Garmin 480 (GPS Navigator & Com).
Garmin GDL-52 (ADS-B & Sirius XM WX & Music),
plus AHARS.
King KMA 24 H Audio Panel.
Garmin Aera 660 GPS (with XM Music Selector).
DAC (GPS Steering Module)
Century Slaved Compass System.
JPI 700 engine analyzer with fuel computer.
Navworks (ADS-B in and out).
Garmin (Remote Transponder).
Global Star (satellite phone interface).

There are some cons to what I did that need to be mentioned for those thinking about copying my budget panel install. My biggest savings was my navigator, the Garmin 480, which I could not recommend to most pilots. Yes, I got it cheap, but I know the box well from flying with customers, and it is not Garmin user-friendly as it was designed by Apollo (UPS Technology) and sold to Garmin. It was way ahead of its time and had more capability than the Garmin 650/750 when they were first released with first generation firmware. There is no support for the Garmin 480 should it need to be repaired by Garmin if it fails. If Jeppesen decides to discontinue data base support, it will take $2.00 and a Garmin 480 box to purchase a cup of coffee at Starbucks. All the items I purchased on E-Bay worked – another chance I took. The pros go to the installer who is a close friend and has a PhD in aviation electronics, and he went the extra mile in doing it right. All the components and interfaces were hard wired, rather than use a Bluetooth connection for reliability, except to the iPad for ForeFlight, which is Bluetooth. Yes, I got lucky as everything works perfectly as it is supposed to…simple and practical. Yes, there are some things I would have changed if the budget would have allowed, and I can do everything that the 70K panel will do with good redundancy and no frills.

In my continuation of this subject in the next issue of Midwest Flyer Magazine, I will give my opinion of some of the newer avionics on the market, along with pros and cons from some of my customers and pilot friends, so you won’t need to decide if I should finish my dream panel or call Wentworth Aircraft salvage company once the project is underway.

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 Aug/Sept 2022, Columns, Columns, Columns, Instrument Flight | Tagged , , , , , , , , , , , , , | Leave a comment

Wisconsin Creates New Youth Apprenticeship Program In Aviation

Wisconsin Youth Apprentice Arthur Anderson with his mentor (and father) Matt Anderson at Matt Anderson Helicopter Repair in Janesville.

by Olivia Conklin
(Wisconsin Department of Workforce Development)
& Meredith Alt
(Wisconsin Department of Transportation)
Published in Midwest Flyer Magazine August/September 2022 Digital Issue

Through a partnership with the Wisconsin Department of Transportation, Bureau of Aeronautics and statewide aviation and aerospace employers, the Wisconsin Department of Workforce Development – Bureau of Apprenticeship Standards, recently developed four new pathways in aviation. The new pathways are the first of their kind in aviation in Wisconsin and will be available to interested high school students and employers this summer 2022. The new pathways offer Youth Apprenticeship opportunities in Aviation Maintenance Fundamentals, Airframe and Powerplant (A&P), Avionics, and Airport Operations and Management.

With over 30 years of success, Wisconsin’s Youth Apprenticeship program is a work-based learning program that combines work experience and classroom instruction in 11 different occupation areas. Apprenticeships offer paid, on-the-job learning experience that benefits apprentices and employers in many ways. Beyond work experience and education, apprentices also gain skills, build relationships with mentors, and get a head start on their careers. Additionally, apprentices may be eligible for college credit by participating in Youth Apprenticeship. The new aviation apprenticeship pathways allow students to explore and gain real-world experience in the aviation industry.

Employers also receive benefits through the Youth Apprenticeship program. Youth Apprenticeship gives employers access to motivated students interested in the aviation industry. Employers’ recruitment and development strategies improve as they train the next generation of their workforce. Apprentices bring innovative ideas and a strong desire to learn, which are critical commodities in today’s workplace. More than 75% of youth apprentices receive permanent job offers at the end of their apprenticeship experience, showing the success Youth Apprenticeship brings.

With a strong need for skilled workers across the aviation industry, we in Wisconsin are eager to see how Youth Apprenticeship will help build the pipeline into the aviation industry. Students and employers interested in an aviation youth apprenticeship program should visit WisconsinApprenticeship.com or connect with staff at
ya@dwd.wisconsin.gov.

Posted in Aug/Sept 2022, Columns, Columns, Columns, Wisconsin Aeronautics Report, Youth & Aviation | Tagged , , , , , , , , , | Leave a comment

The Devil’s Triangle

by Dean Zakos
© Dean Zakos 2022. All Rights Reserved
Published in Midwest Flyer Magazine August/September 2022 Digital Issue

In my years of flying, I never thought much about ghosts or the supernatural. Something in August 1980 assuredly changed my mind.

I grew up in a small, rural community. There were 13 in my high school graduating class. I wanted to see more of the world. I attended a community college in Atlanta. While in school, I was employed part time with Eastern Airlines. That job was my introduction to aviation and, indirectly, my path to becoming a pilot. While working at the airline, I came to know its operations, the aircraft I routinely would see and service on the ramp, and how to do weight and balance calculations for transport category aircraft.

One day, my supervisor discovered that I had never flown in an airplane. He arranged for a first-class ticket for me on an afternoon flight, round trip from Atlanta to Miami, on a Boeing 727-200, the “Whisper Jet.” The only stipulation was, I had to be back for the start of my shift later that same day. Once off the ground, I could hardly believe what I was seeing outside my window seat. The flight, first in and out of clouds during the climb, then cruising high above a solid layer, opened up a whole new world to me. I still remember my reaction to the experience. I thought to myself, “If I am having this much fun flying as a passenger, it must really be fun to be a pilot.”

With that flight, my focus and goals changed from school to flight lessons. I located a small Part 141 school at Tamiami Airport (KTMB) in Florida, and soon found myself behind the controls of Cessna 150s and 172s. Aircraft rates were $8 – $10 per hour. My primary instructor was a good teacher, and she was a former national aerobatic champion. After I obtained my ratings, I went back to Atlanta to work for a charter company, flying cargo and passengers in twin Cessnas. I also joined a U.S. Army reserve unit. I indicated my preference was to fly. I had almost 2,000 hours by then. The Army, recognizing what they had, allowed me to advance a few levels in their flight training, and put me in fixed-wing aircraft – the C12 Huron (Beech King Air), the U6A (de Havilland Beaver), and the L19/01 (Cessna Bird Dog).

After leaving the Army, I tried several flying jobs in the hope of finding the one that best fit me. For a period of time, I flew for Eastern Airlines, then I went north to Alaska and flew the Consolidated PB4Y-2 “Privateer” (B-24 Liberator with a single, straight tail) and the Fairchild C-119 “Flying Boxcar,” firebombing in remote regions of the state. Five seasons later, I flew a Rockwell Turbo Commander for a Virginia-based charter company, traveling the continental U.S., and into Central and South America, all single pilot. I had amassed almost 6,000 hours at this point.

In August 1980, I was in Florida at Miami-Opa Locka Executive (KOPF). It was, as it was on most days in South Florida, hot and humid with scattered clouds. The ramp outside the FBO shimmered in the afternoon heat. Sitting in the air-conditioned FBO waiting for my passengers to arrive, I listened to “Sailing” by Christopher Cross on the FBO’s speakers as I flipped through a few flying magazines. My charter flight that day, in a Cessna 414A Chancellor, was Opa Locka direct Virginia Beach (42VA). Scheduled to depart at 2:30 pm, five passengers were onboard. The weather did not appear to be a concern. Forecast was for some possible scattered thunderstorms along the Florida and Carolina coasts. The flight looked to be routine, but it was not routine. I have never had another flight like it – before or since.

The 414A is a light, pressurized, twin-engine transport aircraft. It is powered by two wing-mounted 310 hp (231 kW) Continental TSIO-520-J horizontally opposed, six-cylinder, turbocharged engines, and can carry up to eight passengers. Its length is a little over 36 feet and its wingspan is 44 feet. Gross takeoff weight is 6,750 lbs. Maximum speed is 275 mph. Service ceiling is 30,800 feet.

Most of my flights in the 414A were flown in the high teens or low-to-mid-twenties. The 414A had great visibility for the pilot and passengers, with two large windshields up front, and 10 oval windows for those seated in back. For hauling passengers, I liked the large, open cabin, and the ample baggage/cargo areas. The passengers always enjoyed the aircraft. The 414A enjoyed a good safety record, one of the best for light twins, and was easy to fly if you were a capable and confident pilot.

The departure and climb out were uneventful; however, the scenery spreading out below us was as spectacular as always in South Florida, with a bright blue sky and the stunning aqua greens and blues of the Atlantic, with sailboat, charter, and cruise ship traffic dotting the light waves, driven by mild breezes. Four of the passengers sat in the club seats in the back of the 414A, animatedly playing cards and talking among themselves. The fifth passenger sat up front with me in the right seat.

I filed for Flight Level 250 for my cruise altitude. After being vectored east out over the ocean, Miami Center turned us north. Our track would take us out about 140 miles from the shoreline. Although I gave it no thought at the time, the route would take us into the Bermuda Triangle, also known as the “Devil’s Triangle.”

For decades, the fabled Bermuda Triangle has captured the imagination, or raised the concern, of sailors, pilots, and the public with unexplained disappearances of ships, planes, and people. The Triangle is bounded roughly by Miami, Florida, San Juan, Puerto Rico, and Bermuda. The flight this afternoon would proceed through the far western corner of the Triangle.

The autopilot was engaged. We were level at 25,000 feet. After a handoff to Jacksonville Center (JAX), I was already thinking about my plans after we landed in Virginia Beach. I was alert, but relaxed, chatting amiably with the passenger in the right seat. Suddenly, without warning, the aircraft’s nose pitched up about 10 degrees. Not expecting any sudden deviation from straight and level flight, the action instantly captured my full attention.

My immediate thought, “What is going on here?” A quick glance confirmed that the autopilot was still engaged. A moment later, the nose pitched down sharply. Rate of descent quickly passed a thousand feet a minute and we descended below our assigned altitude by almost 2,000 feet. I disengaged the autopilot and called JAX Center: “JAX Center, Chancellor One Tango Alpha, we are in descent.”

My second thought, identical to my first, but more emphatically, “What in the hell is going on here?” I wanted to remain calm, as I did not want to overly alarm my right seat passenger. A quick scan showed all engine instruments were normal. The aircraft was trimmed for level flight. Pulling on the yoke returned the aircraft to straight and level. I did not think it was a control problem. I considered a left turn toward the coastline. A few seconds later, an imposing, solid-appearing wall of thick clouds, suddenly appeared in front of us. The clouds towered over us and descended vertically well below our current altitude. Where did these clouds come from? I could swear that they were not there just a moment ago.

We proceeded into the clouds. Are we on the edge of the thunderstorms that were forecast? How could these clouds have developed so quickly? The clouds were neither dark nor foreboding. A bright, milky white, they were as thick as any I have ever flown through. In the strange, opaque mist, I had trouble making out the engine nacelles, prop spinners, and wing tips just a few feet from my side windows. I leave the autopilot off. I am hand-flying. I need to sort out what I am seeing and what is going on. Thankfully, the ride was as smooth as can be. No turbulence. As smooth as any air I have flown in. No ice in these clouds, even though the outside air temperature was below the freezing level.

Red “inop” flags start popping up on the instrument panel. The HSI and flight director go off-line. The lateral deviation bar on the HSI has lost the TO radial I was tracking and is pegged to the side of the instrument. The whiskey compass appears to be slowly turning aimlessly. I attempt to contact JAX Center. “JAX Center, Chancellor One Tango Alpha.” I repeat the call. No response from JAX Center. No radio chatter. I check the frequency on my comm one. Yes, it is correct. I tune the second comm radio and repeat the call. Still no response. I check the audio panel and volume controls. Then, I examine the electrical system. Amps and breakers are good. I try one last time, even trying the guard frequency. I have lost radio contact with JAX Center, and with the rest of the world. I can’t explain it. I reach over and change my transponder squawk code from the assigned four digits to 7600.

There are times, even after logging thousands of hours, that I am still grateful to my primary instructor for the lessons she instilled in me. “Despite everything that is happening around you, fly the airplane,” she told me firmly and repeatedly in the cramped, sweltering cockpit of the C150. “Even if the airplane quits on you, you don’t quit on the airplane.” I am heeding her words now.

I transmit in the blind, “Any station, be advised Chancellor One Tango Alpha, level at two-five zero, has lost comm with JAX Center.”

Then, something starts to come over me or, more accurately, creep up on me. The little hairs on the back of my neck are standing up. My body is tingling. It isn’t fear, or the kind of stress that builds in you as you realize that an engine has quit, or the gear won’t operate after you have moved the gear lever to the down position. It is a different feeling. Something strange is going on here – but I have no idea what. It is almost as if there is an electrical current in the air. It was not there; and then, as we entered the freakish clouds, it was. It is palpable; I can sense it, I can feel it running through me, but I cannot identify it. My right seat passenger has noticed it too. He has gone quiet; stopped fidgeting in his seat. I say to him, “I have never seen this before,” but I assured him that, although there is something going on with the instruments, “We are in no immediate danger.” If only I knew that to be true.

I wasn’t as concerned for myself as I was for my passengers. As PIC, it was my duty to see to the safety and comfort of my passengers. It is disconcerting to not be confident in identifying what the nature of a problem is, and to not be in a position to determine the correct response. I felt compelled to do something to address what we were facing but, under the circumstances, I did not know what to try.

For some reason, I remembered the old jokes about pilots’ last words, “Hey, why is that happening?” or simply “Oh, s#&t!” I am not so amused now by these macabre punchlines in my present, humorless predicament.

The compass is useless. Our last course was approximately 360 degrees. To the west was the coastline. Although the clouds seem as thick as middle fair cotton, there was a lighter spot off the left wing. I surmised that the source of the light was the sun, which should be on our left. I decided I would make a slow turn to the left, toward the light. I held standard rate in the turn for about 30 seconds. We flew on in the dense, murky white for several more minutes. From where I was sitting – an eternity.

Then, we exited the strange clouds as quickly as we flew into them. It was as if we were flying in one world, a solid white, silent, threatening, difficult to understand world, and then flew back into the other – the world we came from, which was familiar, predictable, and comfortable. The peculiar electricity which I so acutely felt in me and around me had dissipated.

The instruments in the panel all came back on-line, the inop flags disappearing back into the bezels. I could clearly hear chatter on the JAX Center frequency. My comm and nav radios were back in business. “JAX Center, Chancellor One Tango Alpha, I had trouble with my radios. How do you read me?” “Loud and clear,” came the response. “Glad to know you are back with us.”

Although everything now appeared to be operating normally again, I determined it was best not to press my good fortune and continue to fly over the ocean. Instead, I believed amending the flight plan to allow me to remain over land was the best course of action, considering all the circumstances. Once on the ground, I would have the time I needed to review the situation and more thoroughly check the aircraft out.

“JAX Center, Chancellor One Tango Alpha wishes to amend our flight plan. Request that we now proceed direct Hatteras, direct Cofield, direct Norfolk, then direct Virginia Beach.”

“One Tango Alpha, do you wish to declare an emergency?” JAX Center inquired.

“No, sir. Negative. Not at this time. One Tango Alpha.”

Now on course for Hatteras, the autopilot engaged, I was confident the remainder of the flight would go well. I had a moment to reflect on the unplanned and inexplicable journey into the strange clouds. This was the moment when I made the connection with the Bermuda Triangle. I had not thought about it before. I must have flown through that same area at least a hundred times in the past on various charter flights without incident.

I have never regretted my decision to make flying my career. I have never regretted a single flight I have made. The memorable moments, the challenges, the angry storm cloud formations, the photo-op sunsets and sunrises, the planes I had a chance to fly, the destinations I was able to visit, the pilots and people I have met, far outweighed the few scary moments I have experienced. Yes, in a lifetime of flying, I certainly recognize there were times when I wished I would have, or could have, made some better decisions, but looking back, I gave the best that I could to my flying. So far, my best has always been good enough.

Admittedly, luck plays a role too, sometimes an outsized one. I could not always tell you how or why it may have favored me.

I have heard the stories about the Bermuda Triangle. If you fly regularly in South Florida, or to San Juan, Puerto Rico, or to Bermuda, you know the tales that are retold or, perhaps, you have a tale or two of your own.

Explanations for the strange nature of the area abound, some supernatural and some natural.

Beneath the waves, some people say, are remnants of ancient but advanced technologies from the lost city of Atlantis, which to this day interfere with powerplants, controls, and avionics. Is there an underwater UFO base, with strange incidents being caused by alien beings, and meant as warnings to passing ships and aircraft to stay away?

Compass problems in the Triangle have been theorized to result from local magnetic abnormalities. Such abnormalities have not been conclusively established.

The Triangle is a graveyard, containing the lost hulks of many ships and planes. However, some studies suggest the area contains no more wrecks than any other area. Hence, the Triangle should not present any greater theoretical risk to ships or aircraft than any other patch of open ocean. Now, however, after my remarkable flight in the Triangle, I choose to accord this particular graveyard a certain amount of respect and deference, particularly when, to this day, I cannot explain the unexplainable.

After my experience, I had a greater appreciation for the stories of lost aircraft in the Triangle. If I would not have been able to control the uncommanded climb and rapid descent of my airplane, if I had not been able to fly out of the bizarre, suddenly-appearing clouds, if my radios and instruments would not have come back on, would I be here today to relate this story? What if . . . .

After landing in Virginia Beach, attending to the passengers, explaining to them the unusual nature of the event we experienced, the necessity to change our route, and checking the aircraft out, I called JAX Center to talk with the air traffic controller who handled our flight.

I got him on the line. I apologized for the altitude deviations and the loss of my comm radios. He was understanding and sympathetic. Then he said something extraordinary. “You don’t have to apologize,” he explained. “There is a problem out there. We have seen so many incidents similar to yours over time that we have stopped logging them. Glad you are OK.”

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, Aug/Sept 2022, Features, Features, Flying & Flight Experiences | Tagged , , , , , , , , , | Leave a comment

PRIA, PRD and the Part 91 Business Aircraft Operator

by Gregory J. Reigel, Esq.
© Copyright 2022. All rights reserved!
Published in Midwest Flyer Magazine August/September 2022 Digital Issue

Business aircraft operators’ private flight operations under 14 C.F.R. Part 91 (Part 91) are now a little less private. Under newly promulgated 14 C.F.R. Part 111 (Part 111), certain Part 91 business aircraft operators must now comply with certain requirements under the Pilot Records Improvement Act (PRIA) and the electronic Pilot Records Database (PRD) regulations. These operators must now disclose, upon request, records they maintain with respect to their pilot hiring, training and checks, and employment termination.

Specifically, aircraft operators conducting flights under Part 91 using two or more aircraft in furtherance of, or incidental to, their business where the aircraft either (a) require a type rating or (b) are turbine helicopters (“Business Aircraft Operators”) are now subject to several of the requirements under PRIA and the PRD.

PRIA History

Congress enacted PRIA to ensure that air carriers are able to adequately investigate each pilot’s employment background and other information pertaining to pilot performance before making a hiring decision and allowing that individual to serve as a flight crew member in air carrier operations. Importantly, the requirements of PRIA initially applied only to air carriers – that is, aircraft operators certificated under 14 C.F.R. Part 119 (Part 119) and authorized to conduct 14 C.F.R. Part 121 (Part 121) or 14 C.F.R. Part 135 (Part 135) operations. Originally and for two decades, PRIA did not apply to Part 91 operators.

Under PRIA, prior to allowing an individual to begin service as a pilot, air carriers must (i) make certain requests for pilot-related records from the Federal Aviation Administration (FAA) and the pilot’s employers during the five-year period preceding the date of the employment application and (ii) receive that information. The records that must be requested and received include those pertaining to the individual’s performance as a pilot and that relate to:

• the training, qualifications, proficiency, or professional competence of the individual, including comments and evaluations made by a check airman;
• any disciplinary action taken with respect to the individual that was not subsequently overturned; and
• any release from employment or resignation, termination, or disqualification with respect to employment.

Air carriers must also request information regarding the pilot applicant from the FAA and the National Driver Register (NDR).

PRD History

The Airline Safety and Federal Aviation Administration Extension Act of 2010 (the Act) amended PRIA to require the FAA to create a pilot records database containing various types of pilot records provided by (i) the FAA, air carriers, and other employers of pilots; and (ii) the NDR. Under the Act, air carriers are to have access to the PRD to review and evaluate a pilot’s records before allowing that individual to begin service for them as a pilot. The FAA must maintain a pilot’s records in this database until it receives notice that the pilot is deceased.

On March 30, 2020, three years after the statutory deadline for establishing the electronic PRD, the FAA published the PRD notice of proposed rulemaking (NPRM) in the Federal Register. On June 10, 2021, the FAA published the PRIA/PRD final rule establishing Part 111. Part 111 contains four subparts regulating various aspects of PRIA and the PRD:

• Subpart A contains the general requirements of Part 111, including how to submit an application for database access and other details about user roles within the PRD.
• Subpart B provides requirements for operators reviewing records — in particular, details regarding employer obligations during the records-review process.
• Subpart C contains provisions for record reporting, including which records to report and timelines for reporting records.
• Subpart D provides requirements and information regarding pilots’ access to the PRD.

Part 111 requires Part 119 certificate holders, Part 91K fractional operators, and 14 C.F.R. § 91.147 air tour operators to submit information to and review information in the PRD. Additionally, the PRIA/PRD final rule subjects Business Aircraft Operators to the PRD.

As a result, Business Aircraft Operators, public aircraft operators, and certain 14 C.F.R. Part 125 (Part 125) operators must maintain reportable records and report them upon request. However, unlike Part 119 certificate holders, fractional operators, and air tour operators are not required to review pilot records via the PRD prior to putting an individual into service as a pilot.

The timing requirements for compliance with the new PRD rules are complicated, and attention to the details of the rules is very important for a business operator to timely satisfy the requirements imposed by the rule. Here are important PRD deadlines:

• Compliance with subpart B of Part 111 has been required since June 10, 2022, except the air carriers’ review and evaluation requirements in section 111.105(b)(1), for which compliance has been required since December 7, 2021.
• Compliance with subpart C has been required since June 10, 2022. Under section 111.255, compliance for reporting historical records dated on or after January 1, 2015, is required by June 12, 2023.
• Compliance for reporting historical records dated before January 1, 2015, is required by September 9, 2024.
• Concurrent compliance with PRIA requirements will end on September 9, 2024. As a result, operators who must obtain and review pre-hire records will need to use both PRD and PRIA processes until that time.

The PRD will identify the records that exist about a pilot; the operator is responsible for determining if it is necessary to obtain further information prior to permitting an individual to begin service as a pilot.

How Does PRIA/PRD Work?

So, how does PRIA/PRD work for Part 91 business aircraft operators?

Access to the PRD. Covered Part 91 business aircraft operators must submit an application to access the PRD at least 30 days before the operator initiates aircraft operations. Application is made through the FAA’s PRD website. The application must include the name of the operator and the full name, job title, telephone number, and email address of the “responsible person.”

The responsible person is “an individual authorized to sign and submit the application required by this section who is employed by the operator and whose identity the Administrator has verified.” Once approved, the responsible person may access the PRD on behalf of the Part 91 business aircraft operator and may delegate PRD access to authorized users and proxies. Any change to the application information requires an amendment within 30 days of the change.

Reporting to the PRD. Part 91 business aircraft operators already operating on June 10, 2022, are required to submit their responses to PRIA requests using the PRD after that date or, if operations are commenced after June 10, 2022, within 30 days of commencing operations.

Within 14 days of receiving a request for pilot information, Part 91 operators subject to the rule will be required to provide to the PRD information on:

• drug and alcohol testing (if applicable);
• pilot training, qualifications, and proficiency;
• final disciplinary actions related to pilot performance;
• final separation from employment; and
• certain historical data (which is voluntary).

However, Business Aircraft Operators will only have to submit this data if they possess the information. If they do not possess responsive records, the Part 91 business aircraft operators must provide a statement to that effect. Once produced, this information will be available for review by pilots who may access their own records and air carriers that have a pilot’s consent to access those same records.

Business Aircraft Operators are not required to review or access the PRD when they hire pilots. However, if an operator is going to review the PRD records for a pilot, the operator must obtain the pilot’s consent. The FAA will maintain the PRD records for the life of the pilot.

If the operator discovers or is advised of an alleged error or inaccuracy in information previously reported to the PRD, it must correct that record in the PRD within 10 days or initiate an investigation to address and resolve any dispute over the accuracy of the record within 30 days. In the latter circumstance, upon completion of the investigation, the record must be corrected in the PRD, or, if the operator determines that no correction is required, the disposition of the investigation must be reported to the PRD.

Conclusion

Business Aircraft Operators subject to Part 111 need to review the regulations to understand their new reporting obligations. In addition to the new regulations, FAA letters of interpretation issued by the FAA’s Office of the Chief Counsel discussing PRIA, FAA Advisory Circular 120-68J, and the FAA’s PRD website are also recommended reading to understand the PRIA/PRD obligations. Finally, covered operators should review their record-keeping practices to determine not only what records need to be reported, but also what records they may or may not want to create in the first place.

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 Aug/Sept 2022, Aviation Law, Columns, Columns, Columns | Tagged , , , , , , , , , , , , | Leave a comment

ACE Welcomes Education Director Kimberly Brewer

Published in Midwest Flyer Magazine August/September 2022 Digital Issue

Kimberly Brewer

LAKELAND, FLA. – Kimberly Brewer is no shy woman when it comes to inspiring the next generation of aerospace professionals. As a Polk County native, Kimberly has grown up on the SUN ‘n FUN campus, where she has made significant contributions beginning at the young age of 11. Now 20 years and almost a doctorate later, Kimberly is tenaciously serving the greater Polk County area in a role that is truly one of a kind. As the Aerospace Center for Excellence Education Director, Kimberly is championing strategic initiatives set forth by newly appointed SUN ‘n FUN & ACE CEO Gene Conrad.

“Kimberly’s passion for aviation education is unrivaled and began when she was a child,” said Conrad. “After many years of watching her older brother attend our aviation summer camps, Kimberly began her own journey with our organization when she was 11 years old. Our programs drew out the curious leader within Kimberly and sparked a flame of leadership in her life. I can’t think of a better person to lead our educational programming, and I know Kimberly will drive our outreach and partnerships to new heights.”

Kimberly’s tenure with Polk County Public Schools has already proven successful in impacting the lives of students and teachers.

“Kimberly has a great understanding of the aerospace community, as well as the Polk County Public Schools education system,” said PCPS Science and Social Studies Director Jeff Hancock. “Her ability to create meaningful connections throughout both industries is outstanding. I look forward to getting to observe the wonderful educational experience that Kimberly and her team are constructing at ACE for all students.”

ACE Executive Director Eric Crump, will be leading the educational charge with Kimberly.

Kimberly resides in Lakeland with her husband, NOAA Air Corps pilot Kennieth Brewer. Kimberly also serves as an adjunct professor at Florida Southern College, where she is simultaneously obtaining her doctorate in education.

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Dates Set For 20th Anniversary Indiana Seaplane Splash-In

Published in Midwest Flyer Magazine August/September 2022 Digital Issue

ANGOLA, IND. – This year will mark the 20th anniversary of the Indiana Seaplane Pilots Association Annual Splash-In, a three-day event to be held September 23-25, 2022, at the traditional location: Pokagon State Park on Lake James in Angola, Indiana, located in the far northeastern corner of the state. The splash-in will start with arrivals on Friday, September 23, and a barbecue that evening at the Potawatomie Inn. Saturday will feature various pilot activities and an evening banquet and reunion of pilots at the inn. Sunday will be a day at the park when, as participants do every year, share seaplanes with the community to foster more knowledge of seaplane operations, and thus, support from the community.

The Indiana Seaplane Pilots Association Splash-In was founded as an advocacy event to show the Indiana Department of Natural Resources, recreational boaters, and others that all the common myths that seaplanes do not make good neighbors on public freshwater lakes, are just that – myths! Organizers of the splash-in have convincingly demonstrated this point, as well as created one of the most popular events in the Indiana State Park system.

Seaplane flying in Indiana is alive and well and growing, and a big reason for that is the fabulous effort that has been made by all the pilots who come to the Indiana Splash-In to share their airplanes with the public and educate them about seaplanes and seaplane flying, and thus create invaluable goodwill in the community.

For more information about attending the Indiana Seaplane Pilots Association 20th Anniversary Splash-In, September 23-25, 2022, contact association president, Randy Strebig at randy.strebig@strebigconstruction.com.

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