What You Don’t Know Can Help You!

by Mark Baker
AOPA President & CEO
Published in Midwest Flyer Magazine June/July 2023 Digital Issue

I recently had the pleasure of hosting an all-hands meeting of AOPA staff at our HQ, and what a gathering! It was great to see everyone together and celebrate what we do for our members and the general aviation community every day: protect your freedom to fly.

Talking with the scores of people on-hand for this special day reinforced what I have known during my 10 years with AOPA: how extraordinary, talented and dedicated our AOPA team is, and the wealth of benefits we bring to you every day.

While many of our members take advantage of the valuable range of services we provide, some are connected with us in very specific ways – help with a legal issue, a love for our publications and videos, or learning through our safety content. I just want to remind all of our members how your AOPA membership truly is one of the most valuable assets in aviation.

Just consider how we surround and protect you – at home, at the airport, in the air, and everywhere in between.

For starters, our government affairs team in D.C. and in regions across the country spends every day protecting your freedom to fly – freedoms against a lack of transparency by airports and FBOs, keeping your airports open in the face of threats, making it less painful to register your aircraft, making sure flight training is defined as just that, and working to increase hangar availability to our local airports, just to name a few ways.

Having the support of our Pilot Protection Services, and legal and medical teams, can make all the difference in the world when you’re faced with a serious, and often very unnerving, issue. The team has incredible experience, expertise and resources to help you navigate your way forward.

Our Pilot Information Center and Member Services teams get hundreds of calls from members each day, and provide valuable support on virtually every aviation situation or issue. Let these teams be your first (and probably last) call for whatever is on your mind.

With the skies as busy as I have ever seen them, safety is paramount – it’s in our DNA. No doubt many of you keep tuned to the valuable and timely content that our Air Safety Institute provides on a weekly basis. We’re proud (of all of you!) that we are in the safest time ever for GA, but we never rest.

I know that virtually all of our members stay up to date and engaged through our different media channels: Pilot and Flight Training magazines, digital and social media, video and podcasts. Our media products are always adapting to ways that you consume content. AOPA has a robust and dedicated team solely focused on bringing you news and features about everything going on in GA today.

Our teams are always looking at new ways to enhance your connection to AOPA, which I trust is among your most valued aviation relationships. We always have an open mind and ear about product or service ideas.

Speaking of enhancing your experience, how about the nearly 12,000 rusty pilots that our You Can Fly team has helped to get back in the skies? There’s nothing like getting your certificate – it’s a whole other thrill to get back into the cockpit after some time off, however long it’s been!

Our You Can Fly teams can also help you get better and more economical access to airplanes through flying clubs; we have helped form more than 220 clubs since we started out just a few years ago. And for those currently in flight training or just getting started, our AOPA Flight Training Advantage platform makes training more efficient and a better experience for student and instructor.

I also need to give a shout out to our You Can Fly High School STEM team – more than 16,000 students are enrolled in the curriculum just this year across 43 states. Since we started, we’ve engaged more than 50,000 students, and more than 70 percent of the first graduates say they are actively pursuing an aviation career. We offer this valuable curriculum free of charge to educators; if you’d like to know more, contact our team!

And if you have that certificate and are itching to buy an airplane, our Aircraft Financing team can help you navigate the world of putting a beautiful bird in your hangar.

I mention these benefits not simply to create a list, but to give all of our members a complete view of how we protect your freedom to fly in so many ways. Please let us know how we can make your membership and flying experiences more rewarding and exciting.

Blue Skies!

aopa.org        800-872-2672

Posted in AOPA, Columns, Columns, Columns, From AOPA Headquarters, June/July 2023 | Tagged , , , , , , , , | Leave a comment

FAA Basic Med Report To Congress

by Dr. Bill Blank, MD
Published in Midwest Flyer Magazine June/July 2023 Digital Issue

BasicMed became effective May 1, 2017. Part of the law authorizing it required the FAA in conjunction with the National Transportation Safety Board (NTSB) to monitor its effect on General Aviation and report the results to Congress. The first required report was submitted to Congress on March 10, 2023. It covers March 1, 2017 through December 31, 2019. Here are its conclusions:

• The implementation of BasicMed did not impact the estimated number of GA aircraft. There was a modest four-year growth trend from 2013-2016, followed by stable numbers.

• The implementation of BasicMed does not appear to significantly reduce the slow, long-term decline in the number of active GA pilots. Estimated aircraft flight hours demonstrate an equivalent rate of growth, both before and after the implementation of BasicMed.

• Almost 70 percent of BasicMed pilots have never held a pilot certificate above private pilot status. Less than 30 percent of BasicMed pilots held commercial or airline transport pilot (ATP) certificates as their highest certificates at one point in their aviation career.

• BasicMed pilots are older on average than airmen maintaining Third-Class Certification, and the pre-implementation Third-Class population.

• BasicMed allowed more than 18,000 airmen to conduct operations in aircraft that qualify for BasicMed. These airmen did not hold a medical certificate in the six months prior to qualifying for BasicMed and would not have been permitted to operate any aircraft other than balloons, gliders, or light sport aircraft without a medical certificate.

• Over half of BasicMed airmen had their last medical certificate examination between three and five years prior to registering for BasicMed, and 67 percent of BasicMed airmen had expired medical certificates at the time of registering for BasicMed.

• BasicMed airmen are much more likely to have required a Special Issuance. Referencing the meaning and purpose of a Special Issuance, this reflects a potentially elevated risk of incapacitation among the BasicMed population in the context of reduced FAA oversight. Mitigation is dependent upon airmen receiving regular care from primary and specialist physicians.

• No difference was found in the risk of airmen with BasicMed and airmen with Third-Class Medicals in regard to having an aviation accident from the start of BasicMed in 2017 through the end of 2019.

• No difference was found in accidents between airmen with BasicMed and airmen with Third-Class Medicals in the phase of flight in which their accident occurred.

• No difference was found among airmen with BasicMed and those with Third-Class Medicals in fatal versus non-fatal outcomes.

• No difference was found in autopsy findings among airmen injured who held BasicMed and Third-Class Medicals.

• When restricted to medically-related death, BasicMed airmen had an age- and Special-Issuance adjusted risk of mortality over the study period, which was 53 percent higher than airmen who maintained Third-Class Certification.

• BasicMed airmen had an age- and Special-Issuance-adjusted risk of death from stroke or myocardial infarction three times the risk for airmen who maintained Third-Class Certification. These conditions pose an increased risk of sudden incapacitation.

• BasicMed airmen had twice the age- and Special-Issuance-adjusted risk of death from cancer, than airmen who maintained Third-Class Certification.

FAA’s Conclusion: This report summarizes the findings of the first three years of operations under BasicMed. The FAA determined that while BasicMed did not impact small aircraft activity, it also did not significantly impact aviation safety.

While the data collected in this study provides a limited initial analytic impression of BasicMed, several more years of operational data with considerations of causation factors will be necessary to validate the conclusions of this report.

The Aircraft Owners & Pilots Association (AOPA) supports BasicMed. It notes that the past 3 or 4 years have been the safest in GA history, and that there has been a 30% increase in the number of holders of Third-Class Medical Certificates.

My personal opinion is that BasicMed has been successful and solved the problems in certification it was designed to solve without compromising safety. Here is a link to the whole 32-page report: https://www.faa.gov/sites/faa.gov/files/PL_114-190_Sec_2307_Effects_Regulatory_Changes_to_Medical_Certification_Certain_Small_Aircraft_Pilots.pdf

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 Flight Instructor – Instrument (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, including their own AME, 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, June/July 2023 | Tagged , , , , , , , , , | Leave a comment

Aviation Heroes Honored At Hoover Trophy Reception

Aviation heroes.
AOPA Photo by David Tulis

Aircraft Owners & Pilots Association
Published in Midwest Flyer Magazine June/July 2023 Digital Issue

AOPA honored general aviation advocates, safety experts, and industry leaders during the R.A. “Bob” Hoover Trophy reception March 22, 2023, at Signature Flight Support’s Hangar 7 at Ronald Reagan Washington National Airport. Aerobatic pilot and airshow performer, Sean D. Tucker. emceed the event and dubbed the evening’s winners “heroes of general aviation.”

AOPA bestowed the “R.A. “Bob” Hoover Trophy” on retired Sen. James Inhofe (R-Okla.). The trophy, which was first presented to Hoover himself in 2016 and carries on his legacy, is “a tribute to aviators whose airmanship, leadership, mentorship, and passion for aviation inspire a love of flight in others.” Inhofe, a longtime pilot with more than 11,000 hours, has been a tireless general aviation advocate for decades.

“If you look at the past winners of the Hoover Trophy, you will notice a few common traits with Bob – leadership, inspiration, giving, adventure, and breaking barriers. This year’s winner has no shortage of those important traits and has truly embodied the spirit of aiming high,” AOPA President Mark Baker said of Inhofe.

(L/R) AOPA President & CEO Mark Baker, retired Sen. James Inhofe, and airshow performer, Sean D. Tucker. AOPA Photo by Rebecca Boone

In 1991, Inhofe retraced Wiley Post’s 1931 circumnavigation, making him the first member of Congress and only senator to have flown around the world. The legislation that he introduced and championed has had an impact on every pilot flying today. He supported the General Aviation Revitalization Act of 1993 to bring about a renaissance of GA manufacturing. Inhofe introduced the “Hoover Bill” in 1999 to allow FAA certificate holders to appeal immediate revocations of their certificates to the National Transportation Safety Board – this measure came in response to the FAA’s immediate revocation of Hoover’s medical certificate without cause. He also fought GA user fees and air traffic control privatization; led the Pilot’s Bill of Rights; supported third class medical reform, creating BasicMed; extended the Volunteer Protection Act to volunteer pilots; worked to reduce checkride wait times with designated pilot examiners; supported aviation STEM curriculum in schools; and required development of a system to bring real-time status of special-use airspace into cockpits. Inhofe also led the move to establish the National Center for the Advancement of Aviation Act (NCAA) to address the aviation workforce shortage. He has also supported private-sector efforts to develop an unleaded fuel.

“I could always count on him. I always knew he was going to be advocating for aviation, in particular general aviation in the Senate, and I always had an ally,” said Rep. Sam Graves (R-Mo.), chairman of the House Transportation and Infrastructure Committee, during an interview about Inhofe receiving the Hoover trophy.

During his 36-year career on Capitol Hill, retired Rep. Peter DeFazio (D-Ore.), always advocated for GA, even though he isn’t a pilot. AOPA honored him with the “Joseph B. “Doc” Hartranft Award,” named for AOPA’s first president. The award is given each year “to elected or appointed government officials for their significant contributions to the advancement of GA.”

While announcing DeFazio as the winner, Baker said that leaders like the representative “allow us to pursue this wonderful passion that we all cherish and share.”

“He knows just how important aviation is, and he knows how important general aviation is,” said Rep. Graves of DeFazio during an interview about his being honored with the Hartranft award. DeFazio served on the Transportation and Infrastructure Committee his entire career. He became chairman of the committee in 2019, and also served as chairman of the Aviation Subcommittee.

DeFazio was a founding member of the General Aviation Caucus because “there was and has been not enough focus on general aviation,” he said. He supported the effort to establish the NCAA in the House, supported third class medical reform, and opposed GA user fees and ATC privatization.

Mike Dale, former president of Jaguar Cars and chairman of the Culpeper Airport Advisory Committee, was honored with the “Sharples Award,” named for Laurence P. Sharples, AOPA’s first chairman of the board. The award “is given to those who may not work directly in aviation but who have made extraordinary contributions to GA.”

Dale breathed new life into the Culpeper Regional Airport in northern Virginia. He convinced Culpeper County officials to build new hangars and repeal the property tax on aircraft, which attracted more aircraft to base at the airport.

Former Culpeper County Administrator Frank Bossio said Dale “made the business plan super viable by looking at it from the guy who was the CEO of a real company who had to sign real checks and real paychecks every week.”

Dale grew the airport airshow’s attendance to more than 5,000 and organized businesses to lead hands-on STEM activities at the airport.

“He’s a great leader, he’s a great human being, and a great friend, and I can’t think of anybody better to get this award than Mike Dale,” Bossio said when asked about Dale’s experience leading to this award.

The founder of 99th Squadron Inc., Ramone Hemphill, received the “Brigadier General Charles E. McGee Aviation Inspiration Award.” The award is given “to an individual who, like General McGee, persevered to overcome challenges en route to learning to fly while inspiring others along the way” and demonstrates “leadership in aviation and showcase[s] the opportunities in aviation to youth and young adults.”

The nonprofit organization, named for “the famed Black unit that included pilots from the Tuskegee Institute training program,” is based at Valkaria Airport in Brevard County, Florida, and Hemphill works to make youth, particularly those of color, in the county aware of the airport and aviation as a career opportunity.

“What I’d like is for it to grow in terms of actual pipelines into more of a workforce development thing, whether it’s generating more pilots, whether it’s generating more folks when it comes to aircraft mechanics getting their A&Ps, and air traffic controllers. We’re trying to really, really fully establish those avenues. That’s the biggest thing we could ask for is for our cohort of students as they graduate from high school, for them to have a path forward if that’s what they want in the aerospace industry,” Hemphill said of the program.

AOPA Air Safety Institute Senior Vice President Richard McSpadden presented the “GA Safety Award” to the National Air Traffic Controllers Association (NATCA) for delivering “exceptional safety contributions for those of us in the air and on the ground.”

NATCA helps to break down pilot/controller barriers by developing safety materials; fostering a safe, collaborative aviation culture; and supporting training programs “that advance pilot knowledge and skills and enhance controller knowledge of general aviation aircraft performance characteristics,” according to a video overview of the association that was played during the reception.

Each day, NATCA controllers and specialists are responsible for coordinating more than 70,000 flights in U.S. airspace, the busiest, most complex airspace in the world. Controllers also assist pilots in distress to help them work through weather problems, mechanical issues, and other situations to help them get safely to their destination or find another suitable landing area.

AOPA Senior Vice President of the AOPA Foundation, Elizabeth Tennyson, presented the inaugural “Future of Flight Award” to Textron and its CEO, Scott Donnelly. The award “recognizes outstanding dedication to strengthening aviation in all its forms.”

The Textron family of businesses comprises Bell, Textron Aviation, Textron eAviation, Industrial, Textron Systems, and Finance, and includes recognizable brands such as Bell, Cessna, and Beechcraft. The company invests in its workforce and offers internships and co-ops, as well as leadership development programs.

Textron made a $1 million commitment to the AOPA Foundation in 2022 to support the You Can Fly High School Aviation STEM Curriculum.

“Their tremendous support of programs like You Can Fly showcases their commitment to helping the next generation discover the incredible opportunities available in aviation and aerospace and ensures more people have the chance to experience the excitement of our industry,” Tennyson said.

The AOPA Foundation You Can Fly programs and initiatives are designed to get more people flying and keep them flying through introducing high school students to aviation careers, improving flight training, making flying more accessible through flying clubs, and helping lapsed pilots get back in the left seat as pilot in command.

The recipients of all these prestigious awards embody AOPA’s mission to protect the freedom to fly.

EDITOR’S NOTE: See this article in its entirety at AOPA.org

Posted in All Headlines, AOPA, Awards & Recognitions, Headlines, Headlines, June/July 2023 | Tagged , , , , , , , , , , , , | Leave a comment

Making Sense of Emergency Checklists

by Richard Morey
© Copyright 2023. All rights reserved!
Published in Midwest Flyer Magazine June/July 2023 Digital Issue

Flows, Checklists, and Carburetor Ice. Thankfully emergencies rarely happen. When they do, quite often the pilot is taken by surprise and may be unprepared to immediately deal with the situation. General aviation pilots seldom spend time on emergency drills. This article will give you suggestions to make emergency (and other) checklists more user friendly, to incorporate flow into your checklists, and will make suggestions as to how to practice emergency procedures, as well as ways in which emergency procedure practice can be incorporated into every flight. Let us begin.

In an emergency, we may or may not have time to go to a checklist. As discussed in the “Startle Effect” article (June/July 2022, Midwest Flyer Magazine, https://midwestflyer.com/?s=Startle+Effect) and seminars, acknowledging that something may go wrong and planning for that unlikely eventuality will reduce reaction time and make a good outcome more likely. Knowing that something can happen is not enough. To become good at anything, we need to practice and repeat. We also must make sure that what we practice is correct. What we do and practice must make sense. For that to happen, we need to understand what the actions call for, and actually do. The order in which these actions are taken should allow the pilot to easily remember and execute the steps.

pilot’s operating handbook

A good place to start your practice is with the aircraft’s manual or pilot’s operating handbook (POH), and the emergency checklist. This will ensure that the procedures practiced are correct as far as the manufacturer recommends. With older aircraft, the manuals were often quite brief and not terribly detailed. If that is the case, then exploring owner groups and online resources may be your best option. Owners of classic aircraft may have to do even more research and, in some cases, simply develop checklists based on best practices.

Familiarize yourself with the checklists. This can be as simple as reading over the lists. I recommend doing this in the aircraft sitting in the seat you normally occupy when flying. Read the checklist, stopping to touch the controls mentioned at each item. Make sure the order and what you are accomplishing at each point makes sense.

Do the checklist items make sense? Does the order “flow” well for you? If not, take the time now to think about what is being accomplished at each step.

Does the order make any difference?

For example, let’s examine the Cessna 152 Pilot’s Operating Handbook checklist for engine failure during flight with the option for restart. We will go over the action and the reason for that action:
1. Airspeed – 60 KIAS
2. Carburetor Heat – On
3. Primer – In and Locked
4. Mixture – Rich
5. Ignition Switch – Both (or START if propeller is stopped).

Notice that the first two items are in bold print. Cessna uses bold print to indicate items that should be memorized:

Item 1, Airspeed – 60 KIAS is best glide, Vg. Every pilot should have memorized the best glide speed for the aircraft they fly. Going to best glide will maximize the aircraft’s time in the air, normally a good thing during an emergency.

Item 2, Carburetor Heat – On. One of the most common causes of engine roughness or failure on carbureted engines is carburetor ice. Applying carburetor heat could melt the ice that may have formed on the butterfly valve in the carburetor and solve the issue. More on carburetor heat later.

Item 3, Primer – In and Locked. If the primer is unlocked and out even slightly, the engine could be sucking additional and unneeded fuel into the engine’s induction system through the primer. This could cause the mixture to be far richer than it should be. That is, more fuel than the air taken in is able to burn efficiently. Making sure the primer is in and locked will prevent excessively rich mixture due to syphoning fuel through the primer.

Item 4, Mixture – Rich. Just the opposite of the primer being locked. If for some reason the aircraft is running lean, as in there is not enough fuel for the air being taken in for it to burn efficiently, then the engine could run rough, lose power, or stop. Enrichening the mixture solves that potential issue.

Item 5, Ignition Switch – Both or start if the engine has stopped. If for some reason the ignition switch has been turned off, turning the ignition back on while the propeller is wind milling should send spark to the engine combustion chambers via the spark plugs. If the engine is getting spark and fuel and air in the proper ratio, then the engine should restart. If the propeller has stopped turning, then engaging the starter should start the engine unless there are other issues. Once you understand the reasons for doing the checklist items, the process makes more sense.

How does the checklist “flow” in your mind? If the order seems awkward, then how can you make the checklist work better for you? The memorized items – best glide, and carburetor heat – need to stay in the order Cessna has on the checklist. Cessna has decided that these two items require “immediate action” and as such, need to stay in the specified order. For the other items, would it really matter if enrichening the mixture comes before checking the primer? For those not familiar with Cessna 152s, the primer is on the far left side of the lower panel, next to the ignition switch and the carb heat, and throttle and mixture are located in the center. After establishing airspeed, the right to left flow of carburetor heat, mixture, then primer and ignition may make the process easier to remember. As you can see from the picture of a Cessna 152 panel, the carburetor heat, mixture, primer then ignition order keeps the pilot’s attention in the same sector, rather than having to jump back and forth.

This is a simple example of making an emergency checklist make sense and flow. If you go through this process with all the emergency checklists, and normal ones as well, then you will be much more likely to remember the steps when an emergency occurs.

This process works for all makes of aircraft. There is nothing illegal in creating your own checklist, starting with the manufacturer’s checklist and change out the order of the non-critical checklist items. It is easy to create a Word document and save it, so as to be able to print out additional copies or modify the document if needed. Laminate the printout and keep a copy in your aircraft for easy reference. Again, be sure to include all items on the manufacturer’s checklist.

The reality is that engines seldom suddenly quit unless they run out of fuel. An engine in trouble will almost always give indications, such as rough running or loss of power. What you often read or hear when discussing engine emergencies is the following:

“Through proper scan and being aware of what could go wrong, the alert pilot should be able to determine something is wrong long before the engine quits.” Not terribly helpful in and of itself, is it? Unfortunately, there is not a “rough running engine” checklist, at least not in the Cessna manuals.

As an exercise, we are going to create a rough running engine/loss of power emergency checklist. To do so we must understand what could cause an engine to lose power and/or run rough. We will use the checklist for a carbureted Cessna for our example.

One of the most likely reasons for a carbureted engine to lose power is the formation of carburetor ice. Loss of power will occur well before carburetor ice causes the engine to run rough. What happens when an aircraft is trimmed for level flight and power is reduced? If your answer is the aircraft will descend, you are correct. If the aircraft is on autopilot, then you might notice the autopilot calling for nose up trim, or the autopilot trim adding nose up trim, depending on the type of autopilot. In this case, loss of power and nose up trim results in a slower airspeed.

For our rough running engine checklist, Item #1 is loss of altitude (or loss of airspeed, if on autopilot) not associated with downdrafts, apply carburetor heat. If there is carburetor ice, adding carburetor heat will result in a rough running engine. As the ice melts and is passed through the engine, the engine will then smooth out and an increase in power will be noted. Putting the carburetor heat control to the off position once the engine is running smoothly, should return the engine power to the level set initially prior to carburetor ice forming. The longer the carburetor ice is allowed to form, the greater the loss of power. Eventually, the engine will start running rough. If enough ice is allowed to form, the engine may initially quit when carburetor heat is applied. Keep the carburetor heat in the “on” position and the engine will start up again once the water passes through the engine.

Checklist Item #2: Rough running engine or power loss. Check fuel on and on both. If on both, switch to a single tank. If still rough, try opposite tank. It is possible, however unlikely, for the fuel valve to be accidently bumped into the off position. The likelihood of this happening is greater if you have a creative flight instructor onboard. Still, checking the fuel selector is a good idea. Changing tanks may smooth out a rough running engine if there is water contamination in one of the tanks. First, check one side, then if the engine does not smooth out, switch to the other.

Checklist Item #3: Check mixture. If lean, enrichen. If rich, lean. Flying with ether a too rich or too lean mixture may result in a rough running engine or loss of power.

Checklist Item #4: Check throttle. The throttle may have slipped back, resulting in power loss. With a rough running engine, changing the power setting could improve the roughness.

Checklist Item #5: Do a magneto check. It is very possible that one magneto has stripped its gears and is firing out of sequence, which causes the engine to run rough or miss. If the engine runs rough on both magnetos, really rough on one, and smooths out on the other, then fly it on the smooth magneto and land as soon as practical. If that does not work, return the ignition switch to both.

Checklist Item #6: Check the primer. If the primer is in and locked, try giving the engine a shot of prime. If this results in more power, continue to prime the engine as needed to make a safe landing. Back before paper engine air filters were required to be replaced every 500 hours, we had a customer’s air filter come apart during flight. This resulted in part of the filter being ingested into the carburetor. The piece of filter ingested blocked air flow causing the loss of most of the power of the engine. This occurred only a few miles from the airport. By using the primer, the pilot in essence became a crude, manually operated fuel injection system. Pumping the primer gave the aircraft enough power to make it back to the airport.

This list is in more detail than the manufacturer’s. It is based on the aircraft’s manual but goes into more detail. As shown, it does not flow though. How do you think we could improve the order to make the list flow better?

Visualize an inverted L with the bottom of the L being the fuel selector which is located on the floor or at the bottom of the center pedestal.
1. Check Fuel Selector On (go back to switching tanks at the end of the checklist).
2. Mixture rich if leaned, or lean if rich.
3. Throttle Checked and Varied.
4. Carburetor Heat On
5. Magneto Check
6. Primer Check

The inverted L check can be accomplished almost as fast as it can be read. If any action results in the engine running smoother or power being restored, stop the checklist, and continue the flight. Use your judgment in deciding whether to continue the flight. Flying on one working magneto is not recommended, but one magneto will most likely get you to the nearest suitable airport.

Practicing emergency procedures can easily be incorporated into each flight. Make a pre-takeoff emergency briefing prior to each flight.

Pattern work? Try taking the power off opposite your landing spot with the goal of making the runway safely without adding power. A brilliant practice that was mentioned at a recent FAA safety seminar is to set your watch or phone alarm to go off sometime during your flight. When the alarm goes off, assume an emergency has occurred. Go through the appropriate flow, memory items, identify an emergency landing spot and go through the associated checklists.

Emergencies do happen. When they do, there is often little time to go through a checklist. Knowing this, it is important not only to have the immediate action items memorized, but to have the checklist in a format that makes it easier to accomplish and remember during a stressful event. The order of a checklist may be adjusted to allow for a better flow, as long as the immediate action items stay in the order specified by the manufacturer. Practice emergencies! You will not get better without practice. Be safe!

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 more than 20,000 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).

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

Posted in Columns, Columns, Columns, June/July 2023, Pilot Proficiency | Tagged , , , , , , , | Leave a comment

One Float At A Time & Bonanza Aerobatics

by Pete Schoeninger
© Copyright 2023. All rights reserved!
Published in Midwest Flyer Magazine June/July 2023 Digital Issue

Q) Occasionally I see floatplanes lift one float a few seconds before the other while taking off. Why?
A) Sometimes, more often than not, when heavy, a floatplane pilot will accelerate to nearly stall speed, then lift one float. Doing so reduces the water drag from two floats to one float, allowing a little more acceleration to just past flying speed, allowing lift off.

Q) I see 100LL avfuel for sale at anywhere from $4.50 to $7.00 per gallon within a 200-mile radius of my home airport. Why so much variation in aviation fuel prices?
A) A large part of retail fuel prices is the cost of method of delivery to your airplane. A 100LL self-service facility that only has one pump, one tank, and one hose has relatively few expenses. But often the location of storage tanks requires fuel to be delivered to airplanes by a dedicated truck. This means there is a truck to buy, maintain, insure, and have a qualified driver (lineman) on duty, whether or not there are lots of customers. These costs must be included in the price of fuel. Additionally, there may or may not be an office with coffee, restrooms, newspapers, heat and lights, receptionists, weather computers, etc., none of which are free, and must be included in the price per gallon.
Most 100LL fuel is delivered to airports via 8000-gallon capacity tanker trucks. The wholesale cost, and trucking costs do not vary a lot between vendors. But with a fluctuating market, if an FBO mis-times a purchase, they may pay as much as $.50 per gallon more than the competitor down the road who buys a few months later, or earlier.

Q) A few years ago, you wrote that a used Piper Warrior was possibly a better buy than a Cessna 172, even though they offer similar performance and weight carrying. Do you still have that opinion?
A) Yes, if you do not need the spin certification that the C172 provides, and the Warrior does not. The C172 also allows easier access in and out of the cockpit with its two doors, but two doors let in a little more noise versus the one door on a Warrior. The Warrior has more fuel capacity than older C172s. I’ve owned and flown both and a good version of either is much better than a beater of the other. There were lots more C172s sold than Warriors, so there are fewer used Warriors available, but they are worth the look.
According to the Spring 2023 Aircraft Bluebook (www.aircraftbluebook.com), the difference in retail price for an “average” 1975 model C172 versus a 1975 Warrior is about $40,000. The difference increases a little with newer models to about $50,000 in 1985 models to $60,000 for a 2005 model. The Warrior was somewhat overshadowed by the Piper Archer, a good airplane that is 95% identical to the Warrior, except it has a larger engine and carries more and sold better.

Q) I occasionally keep my C182 at my farm. A friend has suggested that I file a form 7480 with the feds to let them know about my little strip, which really is just a big hayfield. I’m told this is only for registration. I’m not about to ask the feds to approve my strip as an airport. I am not a fan of big government looking over my shoulder. Is there a reason why I should consider this?
A) With the avionics you undoubtedly have in your C182, such as ADS-B, the feds can watch you, like it or not. If they see you going off a radar screen into an area that does not have a landing strip, they may wonder if you’ve crashed, or are up to some illegal activity. I suggest you consider getting an opinion from your state aeronautics office. They are usually very helpful with issues like this, and probably have a “feel” for how similar situations (airplane at home) are reported in your area.

Q) Someone told me that in almost every case when an airframe manufacturer offers a model with two different engines, the more powerful version almost always outsells its weaker version. If this is true, could you give an instance?
A) Cessna manufactured the C172 with either 160 or 180 hp engines from 1998 thru 2012, when the 160 hp model was discontinued. The 180 hp version continues to be in production to this day. In older models, Piper offered the Cherokee Six with either 260 or 300 hp engines from 1966 thru 1978, at which time, the 260 hp version was discontinued. Beech offered the C33 Bonanza for a while with 225 and 285 hp engines, and the 285 hp version was the sales winner!

Q) Did Beech ever make a Bonanza certified in the aerobatic category?
A) Yes, in 1968, 1969, and 1970. Their model number was E33C and F33C, and about 30 aircraft were built.

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. Pete welcomes questions and comments about aircraft ownership via email at PeterSchoeningerLLC@gmail.com

DISCLAIMER: The information contained in this column is the expressed opinion of the author. Readers are urged to seek the advice of others, including flight instructors, licensed aircraft technicians, airport managers, fixed base operators, and state and federal officials. 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 Ask Pete, Columns, Columns, Columns, June/July 2023 | Tagged , , , , , , , , | Leave a comment

Let’s Chat With Air Traffic Control

by Michael J. “Mick” Kaufman
© Copyright 2023. All rights reserved!
Published in Midwest Flyer Magazine June/July 2023 Digital Issue

As new pilots, we need to learn a new language…let’s call it “pilot talk.” When we have a new addition to our family, we must learn to talk baby talk, but that is a bit different than pilot talk. It has been a proven fact that we humans are not good at multi-tasking, and it also needs to be known that women are better than men when it comes to this. I find this especially true when teaching instrument pilots who are first taught to fly the airplane on an approach and then on that 250 nm cross-country required by FAR 61. (d)(2)(ii)(A), they must communicate “CHAT” with ATC.

In the early days of flying, pilots needed to know Morse Code. Early commercial flights needed a radio operator and, in many cases, also a navigator. I learned Morse Code as an amateur radio operator, which was very handy in identifying VORs, ILSs and NDBs. Today, our navigators can decode ILS and VOR signals and verify we have the correct facility in our boxes for an approach. In the future, we will receive our clearances and re-routes digitally, and they will go directly to the navigator, hopefully, with our human confirmation.

In this article, we will cover one of the many different aspects and situations requiring communication with an ATC facility, both IFR and VFR, beginning with a simple IFR airborne clearance pickup. For this scenario, you are going on a 250-mile flight in the Midwest with the departure airport having weather of 3500 overcast and 6-mile visibility, departing from a Class G airport. You check weather and file your flight plan on Foreflight and receive the confirmation email telling you what to expect for routing, which you then program into your navigator. I usually pick a published waypoint or fix within 25 miles of my departure point in the direction of my destination to start my routing. It is not necessary to do this, but it is a habit from the past, and it works well for me. You takeoff VFR and plan to pick up your clearance airborne. I need to emphasize the importance of making sure you can depart VFR safely.

It is now time for me to share with you my patented Chat with ATC protocol.

Who am I calling?
Who am I?
Where am I?
What do I want?
Miscellaneous.

This is a format which I developed over my many years of flying that I have never seen published before in any article except ones I have written, so I am claiming patented rights. Let’s see how it works in this situation and other situations as well.

Who am I calling?     Chicago Center
Who am I?                   This is Bonanza N43XYZ
Where am I?               3 miles north of KLNR
What do I want?        I want to pick up my IFR Clearance to KEGV
Miscellaneous.          Climbing through 2,500 VFR

So, what you have done in this chat was to give ATC all of the information that is usually needed in a logical order for them to get back to you and put you into the system. Their reply to you will begin with them identifying you in their system.

ATC: Bonanza XYZ, squawk 3622 and ident. Remain VFR!
Bonanza: Bonanza XYZ squawking 3622 and identing. Will remain VFR.

Once identified, ATC will give you your clearance, at which point I use the acronym “CRAFT” to help me organize my flight, which was not one of my ideas, and I do not know who has patent rights on that one. Here is how it works and what order you can expect the clearance after being identified by ATC.

C: Clearance limit
R: Route of the flight
A: Altitude cleared to
F: Frequency and/or facility
T: Transponder code if needed

Be ready to write down your clearance once ATC has identified you:

C: Bonanza XYZ is cleared to the EGV airport.
R: Direct DLL, then as filed.
A: Climb and maintain five thousand.
F: Contact Madison Approach on 135.45.
T: Transponder code (You have already been given a code.)

We have just covered one aspect of “Let’s Chat With ATC,” but it is necessary to discuss some important aspects of the flight planning that preceded this exchange.

DO NOT depart an airport VFR unless you know the weather and terrain will allow you to do so safely. I have gotten burned with marginal VFR weather and have been denied a clearance due to an IFR aircraft on an approach. Also, many accident reports have shown aircraft flying into rising terrain at night or in marginal VFR conditions. Check your approach charts and DPs (obstacle departure procedures) as part of good preflight planning. Also check to see if there are any restrictions on taking off from a particular runway, and if an instrument approach is not authorized at night at the airport.

There are many items to consider when flight planning and communicating, and experience is of utmost importance. I chose one situation in this article, and I will continue to show different communication situations in future articles.

When you pick up your clearance in the air, you eliminate having a void time to deal with as part of the clearance. Void times can be cumbersome in certain situations, especially if there is no cell phone coverage at the airport or in your aircraft. In those situations, you are often rushed to get your clearance in the airport terminal, must run to your aircraft, taxi like you’re on your way to a fire, do an abbreviated checklist, and takeoff before the clearance void time. In situations like these, I would ask ATC for a “block of time window” for departure, instead of a void time. If you are fortunate enough to have a cellphone connection and a Lightspeed headset with Bluetooth with the app on your iPad, you can get your clearance through your cell phone prior to departure and verify it on the app if there is a question. You do this after your runup when the next step is takeoff.

On your initial call-up using my patented communication protocol, you will be giving ATC the information necessary to process your requests without unnecessary back and forth chatter. You will sound like a true professional pilot and free up the frequency quickly, as it can be busy at times.

Instrument flying can be challenging, and humans are not good at multitasking…walking and chewing gum at the same time is difficult for some people. Flying an approach and making a request and reading back clearances quickly and smoothly frees up brain power to do the number one task – “FLY THE AIRPLANE.”

A superior pilot is one who uses his superior knowledge to avoid situations which might require his superior skills (author unknown).

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, June/July 2023 | Tagged , , , , , , , , , , , | Leave a comment

Minnesota Airports & FBOs Encourage Minnesota Transportation Conference Committee To Use General Funds & Not The Airport Fund For AWOS

Published in Midwest Flyer Magazine June/July 2023 Digital Issue

ST. PAUL, MINN. – Members of the Minnesota Aviation Trades Association (MATA) and Minnesota Council of Airports reached out to members of the Minnesota Transportation Conference Committee concerning certain aspects of the budget for the MnDOT Department of Aeronautics (HF 2887).

Members spoke strongly in favor of the Governor’s proposed budget, which positions the House to invest general fund surplus dollars into upgrading and maintaining “critical airfield technology” (line 3.22 in the House version). The Senate version appropriates those upgrade funds from a forecasted surplus in the statutorily dedicated State Airport Fund. “We respectfully request that those dollars NOT come from the Airport Fund,” said Mike Beard of MATA and a former state legislator.

The bulk of those upgrades are for the Automated Weather Observing System (AWOS) that exists at most rural airports across the state. While these are located at general aviation airports, they also feed real-time weather information into the National Weather Service, and the information they generate helps inform the larger general public about current and near-term weather conditions. Many farmers, construction companies, trucking companies and others can and do dial into their local AWOS for current and relevant weather information as they plan their workdays. As such, an appropriation from the General Fund surplus is a reasonable and relevant use of those dollars, preserving the State Airport Fund for direct capital improvement grants to Minnesota’s 133 small town airports for aviation-specific projects, such as runway reconstruction, safety enhancements, and other brick and mortar projects.

Thanks to the General Fund appropriation, smaller communities can meet the federal fund match for the BIL and IIJA monies. This is a very helpful appropriation, and we are glad for the Governor’s and the Legislature’s support for this need.

Posted in Airports, All Headlines, Headlines, Headlines, June/July 2023, Technology | Tagged , , , , , , , , , , , | Leave a comment

Should Your Fly-In Have A Rain Date?

by Dave Weiman
Published in Midwest Flyer Magazine June/July 2023 Digital Issue

I recently planned to attend a fly-in, but weather was a factor. Visibility was good, but the ceilings were 800 overcast, and it was raining. I would have flown 350 nm with the chance of not getting in, and if I arrived, I would have been wet the entire day. Not what I consider a great way to spend a Saturday. So, I opted not to go, as did many others. Had Sunday or the following Saturday been a “rain date,” chances are I would have attended.

That brings up an interesting question… Should fly-ins have a rain date?

Airshows have long realized the importance of holding two-day, rather than one-day events, partially because some spectators can attend on Saturday and others on Sunday… partially because the cost of production is so great that the event needs to spread its costs – and risks – over two days and a larger crowd… and partially in the event of poor weather on one of the two days. But I have also been to airshows where the entire weekend has been rained out. Those airshows really take a hit, because they still have fixed costs, such as performer fees and lodging, insurance, and food.

Recruiting volunteers for a fly-in can be a concern, but if the event is held once a year, and the fundraising cause worthy, most organizations should be able to recruit and retain volunteers for a rain date if the volunteers know that date in advance.

In no way am I suggesting that fly-ins hold two-day events, although we are seeing more and more organizations holding more than one fly-in each year, which certainly puts the odds of having good weather for at least one of the two events in their favor.

Whether or not your fly-in has a rain-date, “communication” is essential.

Posting updates on a website helps, but when in doubt, the event sponsor should have a telephone number for pilots to call to confirm.

We welcome your feedback and willingness to share your opinion or fly-in’s policy with fellow readers.

Does your fly-in have a raindate, and if so, is that raindate the following day or the following weekend or when, or does your organization hold more than one fly-in each year?

Please email me your comments at dave@midwestflyer.com, and include your name, the name of the event, sponsoring organization, airport, city, and state.

Thank you!

Posted in Columns, Columns, Columns, Dialogue, June/July 2023 | Tagged , , , , , , | Leave a comment

Threading the Needle

by Dean Zakos
© Dean Zakos. 2023 All Rights Reserved.
Published in Midwest Flyer Magazine June/July 2023 Digital Issue

I loved being in the air.

I was 26 years old, tall and gangly, in 1972. I was the newbie First Officer sitting in the right seat of a Grumman Gulfstream G-159. The aircraft was owned by a large consumer products company. Our day started early at our home base, Milwaukee’s Mitchell Field. Nine of our 14 seats were filled on this flight. Businessmen using the corporate airplane. We climbed out at about 1,900 feet per minute into scattered fair-weather cumulus and took in the expanse of a blue-green Lake Michigan as we turned on course to the south. The destination was Jackson, Mississippi (KJAN), where we would overnight. Then, on to El Paso, Texas (KELP). At the end of day two, back to Jackson, overnighting again. Returning to KMKE the following morning.

It was summertime. The 24- and 36-hour prog charts showed a low-pressure system developing over the southwestern United States. The leg from El Paso back to Jackson looked like it may be a challenge, with several lines of showers and thunderstorms, some severe, forecast to move across west, central, and east Texas along our line of flight.

I wanted to look sharp for the captain on this trip. I had flown with him a few times before. Occasionally, as the First Officer; more frequently, as the “relief” pilot to spell the captain or the FO on longer trip segments. On flights when I flew as the relief pilot, the captain would often refer to me as “ballast.”

I had about 30 hours in the G-159. I had a lot to learn. I knew it – and the captain knew it.
The captain’s name was O’Brien. Everyone called him “Obie.” He was a hard drinking, hard talking Irishman, with a penchant for fifths of Jameson, foul-smelling cigars, and randy limericks, of which he seemed to have a never-ending supply.

Regardless of his taste in jokes, I held him in high regard. Obie soloed in civilian life in the late 1930s and was well positioned for a flying slot in the Army Air Corps at the start of World War II. He flew B-25 Mitchells for the Fifth Air Force in the Southwest Pacific. I am told he became adept at low-level strafing of Japanese shipping and dropping parafrag bombs on jungle airfields. He earned a Distinguished Flying Cross and several Air Medals. If asked, he would say he was only doing his job – the same as everyone else. I was not so sure. Was just any pilot capable of leading and flying missions, often in rotten weather, and at mast height or treetop level, all while getting shot at?

Obie stayed with the flying game after the war, trying the airlines both in the United States and in South America. A few brief stints in Africa and the Middle East. He seemed to like to move around. His only constant companion was his old, worn-leather liquor case, which he made sure was carried on and off each flight. That was one of my primary responsibilities as FO. Obie had seen a great deal of the world out of a cockpit window, and all the weather the world could throw at him.

My logbook and career were a little thin at this point. I had some interest in airplanes growing up, but no passion. I did well in my high school classes; played some sports; chased some girls. In college, I studied electrical engineering, but excelled mostly at shooting pool, drinking beer, and staying out late. My grades suffered. I questioned my commitment. I heard about a ground school being offered for thirty dollars. Curious, I signed up, attended the classes, and passed the written test.

There was a small airport close by – one paved runway and one turf runway. I soloed at age 20 in a Piper J3 Cub in 1966 on Mother’s Day. Five dollars (wet) per hour for the airplane rental and five dollars per hour for the instructor. From the moment of that solo, I knew what I wanted to do with my life.

I next traveled to California to attend a flying school to pick up my commercial and instrument ratings. With 250 – 300 hours, the small commuter airlines would start to look at me. The flying business then is like it is now – there is an ebb and flow to it, and timing is everything. My timing was lousy, and I missed out on the airline jobs out there.

Instead, I found a job instructing in the Chicago area. While building time, I picked up my multi-engine rating in a Piper Apache. I remember clearly how little airspace there was to worry about at the time. No Chicago Class Bravo. No TFRs. The airspace restrictions we see today sort of creeped up on us over time. I am not complaining about the present system, but looking back, there was a freedom to take off and go that simply does not exist today.

In late 1968, I thought I was on the way to my airline career. I had an interview scheduled with Air Wisconsin in Appleton. Unfortunately, Uncle Sam had other plans for me. I enjoyed a deferment from the draft until my classification was changed to 1A that November. A letter inviting me to join the U.S. Army (well, actually, insisting) quickly followed. I trained as a mechanic on AH-1G Cobra attack helicopters.

I received orders in August 1969 to report to the Bien Hoa airbase in South Vietnam, with refueling stops in Alaska and Japan on the way over. I had a window seat on the arriving flight, and I still remember my disbelief, while looking down as we crossed the Vietnamese coastline, how a country with such beautiful blue ocean water, white sand beaches, and lush tropical greenery, could be in the midst of a real shooting war. The other first impression in-country was sticking my head out of the transport on landing and feeling like I was stepping into an oven. The heat was oppressive. I got used to it.

The guys who had been there awhile could always tell who was new. The experienced hands recognized which shells whistling constantly overhead were incoming or outgoing; I ducked for cover until I learned to figure it out. I was a Crew Chief in the First Cavalry Division, C battery, 2nd Battalion (the “Blue Max Battalion”), 20th Artillery Regiment. We were responsible for 12 Cobras. I was lucky; I returned to the States 13 months later.

After my discharge, I went back to flight instructing, this time in the Milwaukee area. In 1972, I learned of a part-time corporate flying job. Obie must have seen something in me during the interview. With cigar smoke billowing above his small desk and filling the mostly bare office, he peppered me relentlessly with questions. I would be flying single pilot in a Cessna Skymaster and flying some FO on the Gulfstream G-159. Obie was “old school.” I quickly learned that, as captain, he expected little of me. “Sit down, shut up, and don’t touch anything,” was pretty much the standard he established for right-seaters. There was no formal training on the Gulfstream. “Get in, and pay attention,” Obie gruffly told me.

In the mid-1950s, Grumman wanted to get into the post-World War II corporate aircraft market. They did not have an airplane to offer. Initially, the designers looked at converting the Grumman S-2 Tracker, a design sold to the Navy as a light, twin-engine transport for use on aircraft carriers. However, it was too small, had high-mounted wings, and relied on piston engines. Grumman knew the civilian market wanted a low-wing turboprop-powered aircraft with stand-up headroom. So, they got out a clean sheet of paper and designed a classic corporate aircraft. The G-159 was intended for a crew of two and a typical corporate layout of 10 to 14 passengers. A high-density layout could seat up to 24 passengers. There was a lavatory and a galley. The Gulfstream line was born.

For the G-159, designed to fly high and fast, Grumman chose the Rolls-Royce Dart Mk 529-8X or -8E turbine engines rated at 2,110 shp each, with four blade, constant speed, fully-feathering props. The Dart engines had been in use on British airliners and developed a great reputation for reliability. These engines were loud. Turboprop engines, generally, are often described as emitting a high-pitched whine. The Darts generated a high-pitched scream. The volume level and sound were both unique. If you were standing next to one when it was spooling up without hearing protection, it would make your ears bleed. The Darts gave the G-159 good power and a 302-kt cruise speed, were economical to operate, and had excellent range. Service ceiling was 33,600 feet.

One unusual feature of the engines was the “fuel trimmers,” which allowed us to fine-tune the amount of fuel going into the turbines. This was a particular advantage for altitude changes and hot starts. The fuel trimmers were located on the FO’s side of the center console. You could flick the switches up or down to add or decrease fuel, all the while keeping a close eye on turbine temps and RPMs. Using them correctly and getting the timing right was part art, part science.

The avionics in our panel, typical of the time, consisted of dual Collins nav/coms, dual Collins flight directors, dual horizontal situation indicators, a transponder, DME, and an ADF. We also had a two-axis autopilot and weather radar.

The G159 was 64 feet long, with a wingspan of 78.5 feet. MTOW was 35,100 lbs. The wings were straight and mounted low. It had a swept vertical stabilizer and straight horizontal stabilizers. It sat on retractable tricycle landing gear, with two wheels on the nose and two on each main. Also, and unusual for the time, the G-159 had an internal APU, which provided for ground power for air conditioning and other systems prior to engine start.

It was a good-looking airplane. I did not have many opportunities to log time in the G-159, but it was nice flying and real solid, as you would expect from Grumman, with no quirks or surprises.

Completing the leg to KJAN was uneventful. The next day, Obie let me take the leg into KELP. I knew I could fly the G-159, but there is a psychological hurdle moving from FO to handling the controls. On final to 26L, I was on speed and glidepath. The hot, mid-morning West Texas air was bumpy, but I did my best to maintain as smooth a ride as I could. Despite my nerves, I brushed the G-159 onto the runway like the professional I hoped to be. Obie did not say anything, but I thought he was pleased with my performance.

The business meeting in El Paso was going to run late into the day. We planned on a departure at 2130 local time. Obie and I spent the day in the pilots’ lounge at the FBO. Not a lot to do between breakfast, lunch, and dinner. We arranged with the caterer for some cheese and sausage trays and ham and turkey sandwiches for our passengers when they boarded the airplane, as they would not have the opportunity for dinner prior to returning to the airport.

I checked on the weather about once each hour. Talked to Flight Service three times over the course of the day; the last time to file our flight plan and obtain an updated briefing. The briefer was thorough, and his comments made it clear he wanted me to understand the severity of the weather we may encounter along our route of flight. My hope was that things would improve by the time of our departure, but my expectation was that they would not. Beginning at about 1600 that afternoon, lines of thunderstorms, with tops to 40,000 feet, were firing up across Texas. I relayed the expected weather and the briefer’s comments to Obie.

If the “go/no go” decision were mine to make, I think I may have opted to stay on the ground. Obie, on the other hand, looked at the current and forecast weather, and carefully weighed our options. We had a capable airplane, with on-board weather radar. We had airports we could divert to, if necessary. Obie did not ask me for my opinion; he simply said to have the airplane ready to go when the passengers arrived.

The rain, hard and steady only an hour ago, had eased up, and as we walked out to the airplane, the lights on the perimeter of the FBO ramp and the adjacent blue taxiway lights, reflected and shimmered in glassy pools of puddled water. We opened the door and hydraulic airstair on the port side of the G-159 and boarded the passengers. Obie took his place in the left seat. He was going to fly this leg. I settled in and requested our clearance. We ran the checklists. The time was 2120.

We taxied out. The rain was lighter now and intermittent, making thin rivulets that ran across the front and side windshields, smearing our view of the faded centerline and taxiway lights as we rolled along. We had asked for and received clearance to depart on 8R, in the direction we were headed. I looked up and saw a few breaks in the clouds. I thought I glimpsed a few stars above the scattered layers. Perhaps, this will not be so bad after all.

Rotation speed was 111 kts. We filed for Flight Level 210. Our clearance limit was to climb to and maintain FL110, with “expect further clearance” to FL170 in 10 minutes. On course heading was 086 degrees. Expected time en route was approximately three hours. We were on our way.

We climbed above several scattered layers on our way to our filed cruise altitude. Often, when you are near clouds, you get a real sense of speed in a fast airplane. In the gathering gloom, I watched as the clouds around us, illuminated first by our landing lights and then by our strobes reflecting off their surfaces, rapidly streamed by as we climbed through them. The first 90 minutes of the flight were routine.

The autopilot was engaged. It held heading and altitude for us. Obie, smoking a fat cigar, was working the weather radar. The screen was a monochrome green. Intensity of storm cells was shown only in variations of green. Lighter green for weaker cells; darker green for stronger cells. Obie controlled the range, the tilt of the radar dish, and used a “contour” knob to allow more details of a stronger storm cell to be displayed. The contour knob was spring-loaded, so that if you took your fingers off of it, the knob would roll-back to its default position. I was told this was a safety feature, so that the operator would not forget to return the knob to the default setting if his head happened to hit the ceiling.
The radar screen, in glowing shades of florescent green, showed a solid line of weather ahead.

I was monitoring the engine instruments and, when I looked up, I could just barely make out in the darkness the line of towering cumulonimbus in the distance. My guess was about 15 to 20 miles. As we flew on, the storm clouds rose up like canyon walls in front of us, starkly outlined by the lightning illuminating them. If you have not seen clouds lit by lightning at altitude – it is a sight to behold. Out of the black nothingness, silently and unpredictably, the clouds flicker and come alive with light. Wild electricity jumps and slashes, defines their shapes, gives them distinct contours, and produces a pallet of colors (grays, blues, purples, golds, yellows, whites) an artist would have a difficult time trying to capture on canvas. Had it not been so terrifying, I would have better appreciated the stunning beauty I was witnessing.

Obie lowered his seat and took some slack out of his seat and shoulder belts. I noticed and did the same. He then asked that I make sure the “Fasten Seatbelts” sign was illuminated in the cabin.

I turned the panel lights down. The remaining light in the cockpit now came from the recurring flashes of lightning, framed haphazardly through the cockpit’s windows, or from the dim orange glow of Obie’s stinking cigar. I was watching a master at work. Sitting almost sidesaddle, his left forearm resting on top of the panel, Obie would look up from the center panel stack, completely relaxed, take a slow drag on his cigar, then down at the radar screen. Expertly working the contour knob on the radar, he would contemplate the picture for a moment, then with careful deliberateness move the heading bug a few degrees right or left. A few moments later, he would repeat the process, tweaking the contour knob, making his decision, and then turning the heading bug right or left again as he thought best. We were in the thick of the line now, with lightning lighting us up repeatedly. The accompanying thunder was almost inaudible due to the noise of the straining turboprops just feet away from the cockpit. Strangely, there was little rain and almost no turbulence pounding the airframe.

We flew on this way for about 15 to 20 minutes. With one final heading change, and Obie’s stogie reduced to a small stub, we were suddenly through the storm cells. We had broken out. We were only off of our original heading by about six degrees. It was clear and a million in front of us. I had no idea there were so many stars in the night sky over Texas.

Obie and I sat in silence. Then, and I am still not sure if Obie was talking to me or merely thinking to himself out loud, I heard him quietly say, “Damn few of us left.”

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: Mr. Zakos’ articles involve creative writing, and therefore the information presented may be fictional in nature, and should not be used for flight, or misconstrued as instructional material. Readers are urged to always consult with their personal flight instructor and others about anything discussed herein.

Posted in Columns, Columns, Columns, Flight Experiences, Flying & Flight Experiences, June/July 2023 | Tagged , , , , , , , | Leave a comment

South Dakota Wing of the Civil Air Patrol Uses Missing Horse Search For Advanced Training

The South Dakota Wing of the Civil Air Patrol has four Cessna 182Ts, and two Cessna 172Ps, hangared at four locations around the state.
Civil Air Patrol Photo

by Dave Weiman
© Copyright 2023. All rights reserved.
Published in Midwest Flyer Magazine June/July 2023 Digital Issue

The South Dakota Wing of the Civil Air Patrol (CAP) was part of an effort to find a missing horse that broke free from a wilderness camp in Wind Cave National Park on May 2, 2023. Wind Cave National Park is in the southwestern corner of South Dakota in Custer County. It’s known for its vast, underground Wind Cave, with chambers. Many of the cave’s walls are rich in honeycomb-shaped calcite formations known as “boxwork.” The park’s prairie and pine forests are home to bison, elk, and pronghorn antelope. Trails include Rankin Ridge, with views of the Black Hills.

After a series of Facebook postings, someone suggested that the owner of the horse contact the Civil Air Patrol for assistance. The owner had already contacted National Park officials, and a group search was initiated.

This chart shows these superimposed sorties over Wind Cave National Park that the South Dakota CAP aircrews flew in conjunction with Finley’s search. It illustrates how detailed CAP’s coverage can be. When sorties are done at different times of the day, with different light angles, it can help the visual searching. Wind Cave rules had the CAP flying at 1500 feet AGL. In other circumstances, their visual searching and photography is often done at 1000 feet, which can make for challenging flying, especially around mountains.
Civil Air Patrol Chart

The search allowed CAP members to refine their air-to-ground visual search from fixed-wing aircraft, photography drones, and their ground team.

“The incident was an unusual situation, but one that was similar to a missing person search,” said Craig Goodrich, the Civil Air Patrol Incident Commander, and Vice Commander of the South Dakota Wing. “This mission was a good opportunity to practice searching for a missing person. It also allowed the CAP to work closely with the National Park Service and other agencies, which will enhance all our abilities to work together if we need to look for a missing person at Wind Cave or in the southern Black Hills in the future.”

This image was taken during the Civil Air Patrol’s search in Wind Cave Park. It shows a drone crew with one of their search/photo drones.
Civil Air Patrol Photo

The CAP Wing was already in training mode for May under Air Force auspices when they got the call to help in the search.

“The Civil Air Patrol does not usually search for missing livestock,” said Col. Michael Marek, South Dakota Wing Commander. “But we already had training funds scheduled for use this month. We can always use more practice at visual searching in terrain like Wind Cave.”

Gin Szagola reunited with her horse, “Finley,” after a one-week search that involved the Civil Air Patrol and National Park Service. National Park Service Photo

The horse’s owner, Gin Szagola, 22, of Waxhaw, North Carolina, was riding across the United States and camping in the park at the time. The horse, “Finley,” a 5-year-old Mustang gelding, got away in the middle of the night, pulling a long picket rope. The National Park Service, Custer County Search and Rescue, other agencies, and volunteers began searching for Finley right away, but he was nowhere to be found.

Visitors to the park eventually spotted Finley walking along Highway 385, about two miles from where he went missing a week earlier and led him to the park office where he could be reunited with Gin. Finley appeared to be in good health when found.

In the summer of 2021, Gin contacted a long (distance) rider who goes by the name of “Sea” (https://freerangerodeo.com/) about her interest in crossing the United States on horseback. Sea offered to have Gin move to her farm in the San Juan Islands to learn about horsemanship, while she worked odd jobs babysitting and housekeeping to save up money for her journey. Gin had not ridden prior to this.

“It was really Sea who kickstarted my long-riding dreams with this opportunity,” said Gin. “Growing up, my family bounced around a lot from apartment to apartment. Horseback riding felt out of reach.

“I remember once in high school I inquired about mucking stalls at a barn in exchange for lessons, but the barn wound up being too far away for it to pan out.”

Long-distance riding is not Gin’s first cross-country adventure. She has done quite a bit of cross-country on foot and bicycle as well.

“I walked across America from Delaware to California over nine months in 2019, and cycled across America from Charleston, S.C., to Los Angeles, Calif., then back from Seattle, Wash., to Detroit, Mich., over four months in 2021.

“I cross the country for the love of adventure. It is a life unlike any other. Living on the road keeps your body fit, your mind sharp. It allows you to discover so much about yourself and the world. You connect with so many people you wouldn’t have otherwise connect with. It’s incredibly challenging at times, yes, but that is the secret to it being something worth pursuing.

“It’s rewarding because it’s work. Even if you have a rotten day, every day you’re moving… you’re making real, measurable progress. Even if you have only gotten a mile further, you’re a mile closer to your goal. All the wonder of the United States is around the next bend. You get to see the little things, to appreciate having less. Driving from Point A to Point B, just isn’t the same. And while there is a barrier to entry, it is mostly in your head, and there is a great beauty in that – that this life is waiting for you if you want it enough.

“Part of the reason I am riding across America now is because I hope to become a veterinarian, which means I would have six more years of schooling in store for me! And by the time that’s over, I’ll be at an age most people settle down and have a family which I very much want, too. So, I figure it’s better to get adventuring out of my system while I’m young, before I have too many roots planted.”

Gin will be a junior in college this fall, majoring in Biology. Gin and Finley had to take the winter off because they couldn’t cross the Rockies before snowfall, so they lived in Chadron, Nebraska, while Gin completed some college classes online and worked part time at Ace Hardware.

Where did you get “Finley?”

“I got Finley from a corral in Tennessee that holds adoption events for Mustangs. The Bureau of Land Management, which oversees Mustangs on federal lands, sends truckloads there every few weeks. Finley was originally captured in August of 2021. He is from an area of public land just south of Burns, Oregon, known as the “Palomino Butte” herd management area.

How did “Finley” get away from you?

“Finley was picketed in the backcountry with a hobble (collar) around his front right pastern (ankle), attached to a 50 ft rope. The rope was then connected to a carabiner on a 12-inch stake. Over the last year, I have contained him using this method more than a hundred times with success. It’s critical when I am traveling, so he can graze. In this instance, I happened to doze off nearby, unexpectedly, for no more than 10 to 20 minutes, when he pulled his stake – I’m not sure why – and escaped. It was a terrible stroke of luck.

“The reality is that horses are like dogs and cats. Sometimes they get lost. You accidentally drop the leash or open the front door and ‘Fido’ bolts. Normally you find them wandering nearby. Sometimes you don’t, despite your best efforts. I was shocked when Finley wasn’t found immediately, hung up or grazing within the vicinity of his last known location.
“Staking a horse out, as opposed to tethering them to a stationary object, has its pros and cons. A stake can be pulled in the event of an emergency. That way, if your horse spooks, they are less likely to injure themselves. I opted for a rope with a 244 lb. working load limit for this same reason, so it had the potential to break. I use quick release knots whenever tying, as well, and have kept an ID tag in Finley’s mane. In the future, I will have a GPS locator on him, too. Because while this might have been a freak incident, I am always interested in taking whatever precaution I can going forward, in a world where you can’t prevent everything.”

I understand park visitors found Finley 2 miles from your campsite and contacted National Park officials, who were able to get Finley to the park office area, correct?

“Yes. Finley was spotted Tuesday morning, May 9, around 7:00 a.m. in the vicinity of Wind Cave Canyon Trailhead, adjacent to the maintenance station on Highway 385. Two hikers made contact with him first. Almost immediately, others spotted him from the road. As the bird flies, he was two miles from his last known location.

“He was headed in the direction we entered the park. He had his hobble intact with a foot of rope remaining on it. I remain convinced he was trapped somewhere in the woods for days before freeing himself of the rope. A park staff member ultimately lured him up with the sound of a granola bar wrapper crinkling, and they were able to use a dog leash as a makeshift halter to secure him.”

I have never been to the park, so what is the terrain like?

“Wind Cave National Park is a mixture of open prairie and wooded terrain. There is a variety of wildlife… prairie dogs and buffalo being the two most notable. There are numerous small yet steep canyons throughout the land which makes it difficult to cover on foot effectively. My days searching were spent painstakingly going up and down one hill after another. The majority of these drainages you cannot see from the road. Often, you cannot see one from the next.”

Were you riding through the park or along the highway on your trip?

“Both. We entered the park along Highway 365 and met up with the Centennial Trail.”

Gin Szagola is incredibly grateful for the assistance provided by the South Dakota Wing of the Civil Air Patrol, the National Park Service staff at Wind Cave National Park, the hikers who spotted her horse along the highway, and those who brought him to safety.

 

About The Civil Air Patrol

Established in 1941, the Civil Air Patrol (CAP) is the official auxiliary of the U.S. Air Force and as such is a member of its Total Force. In its auxiliary role, CAP operates a fleet of 555 single-engine Cessna aircraft, and more than 2,700 small Unmanned Aircraft Systems (sUAS), and performs about 95% of all search and rescue operations within the contiguous United States as tasked by the U.S. Air Force Rescue Coordination Center (AFRCC). Often using innovative cellphone forensics and radar analysis software, CAP was credited by AFRCC with saving 108 lives during the past fiscal year. CAP’s 56,000 members also perform homeland security, disaster relief and drug interdiction missions at the request of federal, state, and local agencies. As a nonprofit organization, CAP plays a leading role in aerospace education using national academic standards-based STEM (science, technology, engineering, and math) education resources. Members also serve as mentors to over 23,000 young people participating in CAP’s cadet programs. Visit https://sdwg.cap.gov/, https://www.cap.news/, or https://www.gocivilairpatrol.com/ for more information about the Civil Air Patrol.

EDITOR’S NOTE: Special thanks to CAP Col. Michael Marek, Tom Farrell of the National Park Service, Gin Szagola, and Jenifer Oimoen for their assistance with this article, and of course, “Finley!”

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