The Magazine Articles
I spoke at the annual Pilatus Owner's and Pilot's Association meeting in 2015 and was alarmed by all the stories of FAA violations against these single pilot operators. That got me interested in to figuring out just who was on whose side and how much good those NASA ASRS forms really do.
What does a "demonstrated crosswind" really mean? How about V1? This and many other items of performance are decoded here.
We often used the term "assumed risk" in Air Force safety circles to describe the fact we, as pilots, assume a level of risk everytime we fly. I've explored that here, using the friendlier term "assumed safety" because our passengers are making that assumption.
I think we should treat our cockpit automation as fairly competent, but imperfect, student pilots. Trust but verify.
The pilot shortage is real and that means a generation of aviation gurus are too busy to mentor. We need to fix that.
The editor at Airways Magazine heard about me and asked for an article on whatever I chose. This is the story of my first domestic flight as the PIC on an EC-135J (Boeing 707).
I was asked to do this for Jeppesen and was happy to see it widely disseminated.
This is something we in the USAF grew up with where the two airplanes involved were both F-4 Phantom IIs "beak to beak" with a closure speed of 900 knots. Pretty scary stuff. I tamed this down to a GV at 200 knots and a Cessna 172 at 100 knots and guess what? It is still pretty scary.
I've heard from early on you have 8 minutes to fight a cabin fire before it is no longer controllable, and you have to get the airplane on the ground in 15 minutes or less if you want to do so under you own terms. This article explores both of those ideas.
If you find yourself circling at minimums, especially on an older style TERPS approach, the odds are stacked against you.
This is the "I'm blind" story I've told in public a few times. The editor really wanted it in print, so here it is.
Our manuals aren't very friendly on the topic of contaminated runways, but there are things we can do to demystify how the snow and ice impact our landing distances.
I've had more than a few readers dispute the contention that "dive and drive" is dangerous. I wrote this article hoping to put an end to that idea.
I continue to see Gulfstream pilots who insist the "wing low" method is how we deal with crosswinds. But the "crab" method is wrong. Chances are, if you are flying a business jet, you may need to revise your crosswind landing technique.
When we get comfortable in an airplane or operation, we tend to let our guards down and can become undisciplined and sloppy. There is a way to prevent this.
I'm told there is too much math in this article and I suppose that may be true. But if you use obstacle analysis software, you need to read this to understand the risks you are assuming.
How did the pilots of N121JM, slip through the SMS audit process and pass so many recurrent checkrides when they were guilty of, as the NTSB put it, "habitual, intentional non-compliance," and (in my view) worse? More importantly, how can we fix such pilots?
One of the writers at BCA asked me how I deal with obstacles and I told him "with paranoia." He added a page to his article about that paranoia. (Those mountains really are out to get me.)
Getting the most miles or time from a drop of fuel, the techniques depend on what kind of wing and engines you have.
I don't have a "touchy feely" education but this article seemed to have struck a nerve. I got calls from industry and academia alike about this one.
When I found out the other pilots in my flight department didn't have a lot of zero-G experience, I sent everyone (including me) to upset training. This article dives into that subject.
I had always wanted to do an article about pavement strength (PCN/ACN) and here it is. The editors usually choose very good titles, but this one can be misleading.
It took me a year to write this and while I was working on it another writer came up with an article that covered "what happened." My article covers more about "why it happened" and "how to prevent it from happing again." That resulted in his article becoming "Part 1" and mine "Part 2." But they both stand on their own.
I've always thought that most business jet instructors just assume the skills needed in the left seat just happen, we get them by osmosis. I wanted to put into writing many of the techniques.
It has always bugged me that we don't have minimum duty rest or maximum duty day limits for mechanics. And that's not all the ails us when it comes to maintaining our airplanes.
I've always called this the "Good Pilots Gone Bad" phenomenom. Whatever you call it, it is a real problem we need to be on guard against.
Saying "No" to the person signing your paycheck can be difficult. But using a few examples I hope to provide a few techniques on just how to do that.
Regulatory fuel minimums will hardly get you from your destination to alternate, much less allow for traffic delays or holds. You need to raise those quite a bit.
I've always thought investigating an operation before the crash could prevent the crash.
The informal motto of the 89th Airlift Wing was once "safety, comfort, reliability." (It has since changed slightly.) But that motto was often corrupted. Here is how I would change it and how I would apply it to our civilian flight operations.
If you turn a blind eye towards your passengers when they operate their PEDs, perhaps you should read up on the greater flexibility given to us in the last few years.
Airways Magazine features airliners and really wanted another article about a Boeing 747. So I gave them an article about three.
How many airplanes have been lost due to a rapid depressurization? None, that I know of. How many due to a failure to pressurize? At least five.
Ever since "stabilized approach criteria" became fashionable I thought the rules were unworkable. My flight department tried to build a better mousetrap.
This is an article by B&CA writer David Esler who contacted the FAA for a better understanding of the Strategic Lateral Offset Procedure. They referred him to me and he pointed me out to the editor. And thus began my stint as a magazine writer. (Thanks Dave!)
Windshear is no longer the mystery it once was; technology helps us to forecast and detect it. But it remains a fundamental truism in aviation: the best plan is to avoid it in the first place.