Tag: air traffic control (page 1 of 2)

It’s About Time!

I just added ADS-B Out to my airplane. I’ve been looking forward to this moment for a very long time—48 years to be exact.

Air Facts (May 1970)

Air Facts (May 1970)
click image to read article

It was 48 years ago that my very first aviation article was published. Its title was “The Role of Computers in Air Traffic Control.” I was 26 years old at the time, not long out of college, and starting a career in computer software at the dawn of the computer age. I’d only been a pilot for five years and an aircraft owner for two.

I timidly submitted the 3,000-word manuscript to Leighton Collins (1903-1995), the dean of general aviation journalists (and Richard Collins’ dad). Leighton founded his magazine Air Facts in 1938, the first GA magazine to focus primarily on safety. In the ‘50s and ‘60s, Leighton became a pioneer in using GA airplanes to fly IFR, something that was considered risky business at the time. In 1970, I was a newly-minted CFII and Skylane owner, and Leighton was my hero and Air Facts my bible.

Leighton loved my article, and published it in the May 1970 issue of Air Facts.  I was thrilled. I was also hooked and went on to write more than 500 published aviation articles between then and now.

How big is the sky?

I’d been instrument-rated for about four years when I wrote that article, and had thought quite a bit about the differences between VFR and IFR flying:

A pilot flying VFR in clear weather is unlikely to see more than a few other aircraft on a typical flight; to him the sky seems to be a rather empty place. Yet to the pilot stuck in an IFR hold with an estimated-further-clearance time forty-five minutes away, the sky seems to be an order of magnitude more crowded. Why? Clearly there is no shortage of airspace; every VFR pilot knows that. The aircraft flying under IFR have the best equipment and the most proficient pilots aboard. Where does the congestion come from?

My conclusion was that the fundamental difference between VFR and IFR lies in who is separating aircraft. VFR pilots are responsible for their own separation, while IFR pilots rely on air traffic controllers to keep them separated from other traffic. Thus, I reasoned, the comparatively low capacity of the IFR system must be attributable to some failing on the part of controllers. Yet as someone who has spent many hours visiting ATC facilities and observing controllers at work while plugged in beside them, I can testify that these folks are amazingly sharp, skilled, and well-trained professionals who do their jobs exceptionally well.

So why can’t these hotshot controllers separate IFR aircraft nearly as efficiently as VFR pilots are able to separate themselves? My conclusion was that the very nature of the separation task is fundamentally different:

A pilot is concerned solely with the one aircraft that he’s flying, but a controller must keep track of several aircraft at once. Give a person several things to do at once—even simple things like head-patting and tummy-rubbing—and his performance in each task drops sharply. Keeping track of a high-speed airplane is considerably harder than either head-patting or tummy rubbing. Keeping track of a dozen such airplanes travelling in random directions at random altitudes is simply beyond the capabilities of any human.

Our IFR system is designed to simplify the controller’s job to the point that it is within the realm of human capability. It does this primarily by eliminating the amount of randomness the controller must deal with. It strings airplanes along a few well-defined airways/SIDs/STARs, confines them to a few standard altitudes, and sometimes slows them down to a few standard speeds. Doing these things makes the airplanes much easier for the controller to keep track of and keep separated, but it also wastes most of the available airspace and reduces the capacity of the system.

Do we really need ATC?

It seemed to me that the capacity of the IFR system could be vastly increased if we could just stop relying on controllers to separate airplanes and enable pilots to self-separate, much as they do when flying VFR. In 1970 when I wrote the article, we were right on the cusp of two major technological breakthroughs that I believed had the potential to make that possible.

GPS ConstellationOne of them was the promise of accurate satellite navigation. The Naval Research Laboratory had launched its Timation satellites in 1967 and 1969, the first ones to contain accurate atomic clocks suitable for navigation. Meantime, the Air Force’s Space and Missile System Organization was testing its more advanced system (codenamed Project 621B) for aircraft positioning between 1968 and 1971. These were the progenitors of today’s GPS system—something I could see coming in 1970, although a seriously underestimated how long it would take to become operational. The first constellation of 10 “Block-I” GPS satellites wasn’t in orbit until 1985, and the system’s full operational capability wasn’t announced until 1995.

MicroprocessorThe second breakthrough was large-scale integration (LSI)—the creation of integrated circuits containing tens of thousands of transistors on a single silicon chip—and the emergence of the microprocessor. Microprocessors weren’t yet invented in 1970 when I wrote the article, but as a computer scientist (my day job at the time) I could see them coming, too. As it turned out, Intel introduced its 4004 microprocessor in 1971, its 8008 in 1972, and the 8080 (which really put microprocessors on the map) in 1974. This watershed development made it feasible to equip even small GA airplanes with serious computing power.

The ATC system of tomorrow

Traffic DisplayIn my 1970 Air Facts article, I painted a picture of the kind of ATC system these new technologies—GPS and microcomputers—would make possible. I postulated a system in which all IFR aircraft and most VFR aircraft were equipped with a miniaturized GPS receiver that continually calculated the aircraft’s precise position and a transmitter that broadcast the aircraft’s coordinates once per second. A network of ground stations would receive these digital position reports, pass them to ATC, and rebroadcast them to all aircraft in the vicinity. A microcomputer aboard each aircraft would receive these digital position reports, compare their coordinates with the position of the host aircraft, evaluate which aircraft are potential threats, and display the position, altitude and track of those threat aircraft on a cockpit display.

Such a cockpit display would enable IFR pilots separate themselves from other aircraft, much as VFR pilots have always done. It would permit them to fly whatever random routes, altitudes and speeds they choose, giving them access to the same “big sky” that VFR pilots have always enjoyed.

I theorized that pilots are highly incentivized to self-separate and would do a much better job of it than what ground-based air traffic controllers can do. (Just imagine what driving your car would be like if you weren’t allowed to self-separate from other vehicles, and instead had to obtain clearances and follow instructions from some centralized traffic manager.)

What took so long?

NextGen controllerWhen I re-read that 1970 article today, it’s truly eerie just how closely the “ATC system of the future” I postulated then resembles the FAA’s “Next Generation Air Transportation System” (NextGen) that the FAA started working on in 2007 and plans to have fully operational in 2025. Key elements of NextGen include GPS navigation and ADS-B—almost precisely as I envisioned them in 1970.

I was wildly overoptimistic in my prediction that such a system could be developed in as little as five years. If the FAA does succeed in getting NextGen fully operational by 2025, it will be the 55th anniversary of my Air Facts article.

NextGen also includes improved pilot/controller communication (both textual and VOIP) and various improvements designed to allow use of more airspace and random routes. Sadly, it stops well short of transferring responsibility for separating IFR aircraft from ATC to pilots as I proposed in 1970—although our aircraft will have the necessary equipment to do that if the FAA would just let us. Maybe that’ll have to wait another five decades until NextNextGen is deployed (and there’s an autonomous self-piloting octocopter in every garage).

Mike Busch is arguably the best-known A&P/IA in general aviation, honored by the FAA in 2008 as National Aviation Maintenance Technician of the Year. Mike is a 8,000-hour pilot and CFI, an aircraft owner for 50 years, a prolific aviation author, co-founder of AVweb, and presently heads a team of world-class GA maintenance experts at Savvy Aviation. Mike writes a monthly Savvy Maintenance column in AOPA PILOT magazine, and his book Manifesto: A Revolutionary Approach to General Aviation Maintenance is available from in paperback and Kindle versions (112 pages). His second book titled Mike Busch on Engines was released on May 15, 2018, and is available from in paperback and Kindle versions. (508 pages).

The Big Lie: ATC Stuck in the 1960s

The debate on so-called “ATC privatization” is not a new one. A Google search of the phrase yields 171,000 results, many of them news articles going back more than a quarter century.

AOPA, EAA, NBAA, and most other alphabet groups are pushing back against the most recent iteration of this idea, probably because of the current administration’s support for the concept and the feeling that unsteady funding from Congress is causing some people to take another look at it.

I’m highly opposed to privatization for a number of reasons. In general, I prefer a competitive marketplace where possible, as this provides the best product at the lowest price for the consumer. But there are some areas where multiple vendors just aren’t an option. Air traffic control, it seems to me, is one of those. But I’ll leave the argument against ATC privatization to the pros. The folks at AOPA, EAA, etc. have articulated that far better than I ever could.

What I’m concerned about right now is the patently false idea that air traffic control in this country is somehow mired in the 1960s. I’ve read recent articles from the Reason Foundation, Steve Forbes (who, as a major user of general aviation, ought to know better), the Orange County Register, and a number of other publications proffering this claim. It’s fake news – demonstrably false. Whoever peddles this stuff either has no idea what they’re talking about, or is intentionally putting forth a lie.

I spent the early part of the 1980s living in Alaska, frequently hanging out at the Anchorage ARTCC because my cousin worked there. I used to take flight data progress strips off the huge dot matrix printers and put them in those little plastic holders and run them to the various sectors. I saw the vacuum tube powered computer equipment they were using. I flew with my cousin in those round gauge equipped airplanes, and marveled at the sophistication of Silver Crown avionics.

Today? Visit any Center and you’ll find modern computers have replaced all that old stuff. From trainers to airliners, we’re flying almost exclusively based on satellite navigation. That didn’t even exist in the early 80s, let alone the 1960s! Our airways were defined solely by ground-based navaids. VOR navigation was a luxury, and NDB usage was ubiquitous. People were still flying around using four course ranges!

Today, T and Q routes are rapidly supplanting the old stuff. When I’m up high enough to get over traffic, I will often be cleared direct from coast to coast. That would’ve been impossible in the 1960s.

Does this look like 1960 to you?

Does this look like 1960 to you?

Our arrival and departure procedures are optimized for routing and traffic. We’ve got radius-to-fix segments on approaches, satellite overlays for many of the remaining ground-based procedures, and even GPS-based precision approaches which require almost no equipment beyond that which exists in orbit.

As I understand it, air traffic control weather radar, to the extend they had it 50 years ago, was a marginal mish-mash of green shades providing information which was difficult to interpret and limited in scope. Today they’re using ASR and NEXRAD-derived WARP systems which provide infinitely better weather data to controllers and, by extension, aviators. Heck, over the past 20 years I’ve noticed the marked improvement in the way controllers are able to route traffic around weather. They aren’t doing that with divining rods.

Back then, ATC’s radar network was limited and ground based. That system is being replaced by satellite-based ADS-B technology which provides better coverage, faster updates, and many other benefits – including traffic and weather data beamed directly into the cockpit.

The list goes on and on. How about the ATC towers? We’re starting to utilize “remote” towers which don’t even require the physical presence of a controller at the airport. Would that have been possible in the 1960s? Of course not.

Let’s talk about filing flight plans. In the 1960s, you had to physically go to an airport to visit a weather specialist to find out what Mother Nature was doing. Then you’d write out a flight plan by hand on a piece of paper and give it to the FSS specialist, who would do… well, something with it. Within a half hour, you might be able to obtain your clearance. That was pretty speedy for 1960!

Today, you get all that information on a smartphone and can file a flight plan with that same app. I’ve seen a clearance show up within 30 seconds after filing. Part of that is due to the advance of computer technology, but a big piece of it is also the way our ATC system is able to interact with the modern internet. From NOTAM and weather dissemination to airspace design, virtually nothing of the old system is still in use. VHF voice communication represents one of the few exceptions, but even that is being supplanted, especially on oceanic routes.

The bottom line here is that our air traffic control system is NOT stuck in the 1960s. Those who believe it is should talk to a few pilots and controllers. Sure, we have plenty of traffic delays in aviation. Much of that is due to weather – something no ATC “reform” is going to fix. The rest of the congestion is due to a lack of runway and airport capacity. Remember all those airports which were closed? They were called “relievers” for a reason. All those runway and airport expansion ideas which were quashed? You see the result every time you’re #10 in line for departure at a major airport.

Equating delays with ATC is as illogical as claiming the freeways are congested because of faded highway signage. If people want to support ATC “privatization,” I can respect that viewpoint. But letting hyperbole, sensationalism, and misinformation into the conversation serves us all poorly.

If you want to look at facts — and I hope you do — then the answer is clear: America’s air traffic control system is the largest, safest, most efficient, and modern one on Earth.

Ron Rapp is a Southern California-based charter pilot, aerobatic CFI, and aircraft owner whose 9,000+ hours have encompassed everything from homebuilts to business jets. He’s written mile-long messages in the air as a Skytyper, crop-dusted with ex-military King Airs, flown across oceans in a Gulfstream IV, and tumbled through the air in his Pitts S-2B. Visit Ron’s website.

Declaring an emergency

There is always a wish to avoid declaring an emergency in flight, because of the mythical “paperwork” or the modern equivalent of the Inquisition that will follow. Instructors often try to pound it into students’ heads that declaring an emergency is not a big deal.

The problem is, most instructors have never had to declare one, so they have little to no experience in that department to draw upon.

I can tell you from experience two things: Declaring an emergency is really and truly no big deal, and for the average general aviation pilot, there is no paperwork involved, unless you decide to file a NASA ASRS report, which is strictly voluntary.

For the professional pilot, there is usually some required reporting to be done, but it’s no big deal. Every airline handles it differently, but the general process is as follows. Nearly every airline spells out in the company manuals those events that it deems an emergency situation, and the crew is often required—not asked, not prodded, not recommended, but required—to declare an emergency with ATC.

Common triggers are engine failures, flight control failures, pressurization problems, etc. There may be some variations based upon the fleets, the underlying terrain, and general company guidelines, but either way, when certain events happen, the captain is expected to declare an emergency and proceed accordingly. This will often, but not always, mean a diversion.

Sometimes, a pilot declares an emergency for reasons that may not be listed in the company manual. For example, years ago, I was the first officer on a flight in which a line of weather was building in front of us. We needed to stay within 50 miles of the shore, and the deviation over the water was going to take us in excess of that, and it was also going to be dicey on the fuel. If we could go the other way, we’d be around it in 20 miles, and all would be well. The controller, on the other hand, was not being cooperative to the point that she began to ignore our calls. As he watched the storms get bigger in the window, the captain declared an emergency, and what had been a very busy frequency got very quiet. The controller asked us what the problem was, and he told her that we had started deviating in the direction we needed. She tersely acknowledged his call, and when we were clear of the weather, he said the emergency conditions were over, and that was that. No paperwork, no phone calls, nothing.

When an airline crew has to declare an emergency—and especially when a diversion is required—there’s usually some kind of report required. The report is fairly simple: the date, city pair, the crew, ship (aircraft) number, and a summary of the events. There are usually two objectives to be fulfilled. First, the airline discloses the event to the FAA, and the FAA can use the data to track trends across the industry, especially if a mechanical issue is involved. The agency can also use it to get feedback on its services. Second, if a passenger later writes or calls to complain to the airline about the flight or wants more information about what happened, the report gives the company something to reference.

Declaring an emergency is simply not a big deal, and it shouldn’t be avoided just to evade providing information. If anything, declaring an emergency should be properly used as the tool that it is to maximize the resources that a pilot has available.—Chip Wright

Report your position, please and thank you

fdk-towerFrederick Municipal Airport (FDK) became Class D airspace in May 2012. (Three years already? Where has the time gone?) Judging on feedback during a friendly get-together last week between control tower personnel and local pilots, we pilots need to brush up on our communications and directional skills.

Here are some of the issues our controllers raised. While these are specific to FDK, your local controllers may have these on their wish lists as well.

  • Taxi instructions: Make sure you read back your taxi instructions and runway assignment, “else we’re going to pester you until we get those.” Also, when calling for taxi instructions, be ready to actually start taxiing.
  • In the pattern: FDK controllers will invariably instruct us to report mid-field downwind at each pass. They would also like us to indicate how the approach will terminate—is it full stop? touch and go? full stop taxi back? Each of these has an impact on traffic flow. “You’d be surprised how many people get in the pattern and never express their intention.”
  • Position reports: Be as accurate as possible. FDK controllers don’t have radar and can’t easily spot aircraft until they’re three miles from the airport. If we tell them we’re northeast of the airport and we’re actually north (or—worse—northwest), that affects their ability to locate and sequence us. Along these lines, the controllers suggested giving an altitude report so that aircraft in our vicinity, who may not be communicating with the tower but are monitoring the frequency, will know where to look for us.
  • Position reports, part two: “If you’re in the west practice area heading back to the airport, and your compass reads 090, you are not east of the airport.” ‘Nuff said (though I sometimes have to remind myself to look at the bottom of the directional gyro when reporting my position).
  • Read airport notices to airmen. “You would not believe how many people do not.”

I’m glad we had a chance to hear from the folks on the other side of the microphone. If you fly out of a tower-controlled airport, what do you think is on your controllers’ minds? Controllers, we want to hear from you.—Jill W. Tallman

Flying like a professional: Talking on the radio

Orlando Showalter MentoringThere are many marks of a professional that can be attributed to airline pilots—whether it’s the way they wear their uniforms, or brush their hair, or use the checklist. Another one is the way in which they talk on the radio.

The radio is essentially a party line, meaning that everyone on the frequency can hear you. How you conduct yourself says a lot about you.

I’ve been flying now for more than 25 years, and I’ve heard more than a few things that have made me cringe. That isn’t to say that I haven’t heard a few things that were funny, even if they weren’t always appropriate; I have, and I’ve laughed heartily. But I’ve also heard pilots (and even controllers) belch, swear, bloviate, lose their temper, and otherwise make a fool out of themselves.

For many new pilots, using the radio is intimidating and even a bit frightening.

But radio-speak is a skill that gets better with practice, as well as with listening. If you live near a busy airport, one of the best things you can do is turn on a handheld transceiver and listen to a local frequency—especially if it’s for a tower or approach control.

You can achieve the same thing using, a popular website that has a link to hundreds of live ATC audio streams. You can also study the examples in the Aeronautical Information Manual and the Pilot/Controller Glossary, but it isn’t exactly exciting reading.

Pay attention to the airline pilots. The most professional-sounding ones will speak with an even cadence and tempo, and they will not allow a high level of activity affect the way they transmit. This is important, because a controller doesn’t want to spend a lot of time repeating transmissions—and often does not have that time.

It doesn’t take long to pick up how a few tidbits, such as how a transmission is to be structured; or what commands to expect at a certain time; or when it may be acceptable—even if it isn’t always right—to just respond with a call sign or some other verbal shorthand. You’ll also learn that the true professionals limit themselves to what needs to be said and do not add extraneous filler to their transmissions. It isn’t necessary, and it doesn’t help anyone.

Talking like a professional and sounding like one is not hard, but it does take practice. Listening to LiveATC or a handheld will help tremendously. Practice giving your responses in your car, where nobody can hear you. You’ll get the hang of it before you know it, and when you begin to tackle more complex airspace, you too will sound like a pro.—Chip Wright

Diversions and aeronautical decision making

Aeronautical decision making (ADM) first began to appear in the training lexicon in a heavy fashion in the mid-1990s. It was always “there,” but it wasn’t necessarily a separate subject. Instructors were expected to simply incorporate the decision-making process into each lesson whenever and wherever possible. This sounds great on paper, and at times it even seems logical, but the reality is that the old adage that says that the airplane is a terrible classroom exists for a reason.

Dealing with diversions is a subject in the decision-making process for which a formal classroom session has always made sense. Diversions can take two broad forms in flight. The first is a change in the route but with no change in the destination. The second is a change in the final destination. The first is far more common, but the second is usually more significant. After all, if you are flying to Baltimore and have to divert to Frederick  because of weather, you have new set of problems on your hands. Just as with any other aspect of your life, the impact of such a significant change in plans can make you more resistant to executing the change in the first place.

At the airlines, the decision is often a bit easier, because the rules are so cut and dried. But that doesn’t change the fact that pilots generally are can-do people, and when other people are counting on you, you don’t want to disappoint them.
But one area in which diversions at the airlines are so different is the level of communication. I bring all of this up because more airlines are using ADM scenarios as part of the interview process. You are placed in a hypothetical but fairly realistic scenario in which something goes wrong, and you have to make a decision. Sometimes, the basic diversion decision is easy (“the airport is closed, so you will be diverting”) and sometimes it isn’t (“something smells bad in the cabin, but I don’t if it’s burned food or worse”).

The pressure is ratcheted up in some other fashion that will force you to make a decision quickly. Southwest and United airlines both give you a seven-minute window in which to assess the problem, evaluate the options, and come up with a solution. In some of the scenarios, you are short on fuel. In some, weather is a major factor. In others, it’s the ambiguity of the problem. But in all of them, the goal is to see you make a decision and stick with it.

At the airlines, you need to communicate with multiple entities, and this is where the two-person crew comes in handy. Someone needs to talk to air traffic control, while someone else handles everything else. In the real world, the first officer usually handles ATC and the captain does what he gets paid to do. If you are in an interview, make yourself familiar with what airports that airline serves. You don’t need to commit them to memory, but have a general idea, because in the ADM scenario you will likely be using them.

So, who needs your attention? Assuming that you are not given a major catastrophe like a fire or a flight control failure, you need to talk the flight attendant(s) first, if for no other reason to tell them that there has been a change in plans and that you will get back to them shortly. That phone call should take less than 15 seconds.

Next you need to talk to the dispatcher, who is jointly responsible for your airplane and flight. The dispatcher can give you up-to-the-minute weather at your possible alternates as well as any notices to airmen you may need. He or she can also save you a radio call by contacting the two stations involved and letting them know your change in plans (hint: If the person playing the role of the dispatcher doesn’t offer this service, ask for it). If the dispatcher can’t (or won’t) call the station to which you are diverting, then you need to call (this may be thrown at you in one of the timed sequences). Cover your bases as well by telling the dispatcher that you will call once on the ground to clean up any loose ends.
If maintenance needs to be consulted, do it via dispatch, since the dispatcher needs to know of any issues that may affect performance.

Next, you need to advise ATC what you are doing. If critical fuel is going to play a part in the scenario, it will usually be included in the briefing. If it is, you need to remember to declare either minimum fuel or an emergency as the case may be.

Once ATC is in the loop, somebody needs to brief the flight attendants and the passengers. If the diversion point is extremely close, say Miami to Fort Lauderdale, then you may want to ask the flight attendant to notify the passengers, and to tell them you will provide more information on the ground.

Once you have operated in the airlines, and especially as a captain, you realize that the scenarios are really the same thing you do every day. As someone new to the industry, you need to show that you have some idea of how the system works—and it’s very similar from one company to the next.

ADM is a critical part of any pilot’s aviating career, and for those looking to go to the airlines or advance up the ladder, it becomes a bigger and bigger part each step of the way. Start mastering it early, and remember, conservative is always better.—Chip Wright

The December “Since You Asked” poll: Looking for the traffic

When air traffic control notifies you that there’s traffic in your vicinity, what do you do first? That’s the question posed to digital subscribers in the December 2012 Flight Training’s “Since You Asked.”

A reader asked Rod Machado whether he is expected to look first and then reply to such a call, or immediately key the mic and indicate that he’s looking. Rod’s response:

When air traffic control calls out traffic for you, the first thing you should do is direct your attention in the direction of the traffic. So look for the traffic first. There’s no need to clog the airwaves by telling the controller that you’re “Looking,” either. The controller knows you’re looking, assuming you received the message.

I’ve automatically hit that mic key and said “Looking” while straining my eyeballs, so, ATC folks, I’ll back off on that one. Rod continues:

It typically takes only a few seconds to identify traffic if it’s close, at which point you’ll identify yourself to the controller and say either “Contact” if you see what was called, or if the traffic is converging on you and you don’t see it you can say “No contact.” If the traffic is close and you don’t see it, then request an avoidance vector. [Editor’s note: Since this column was published, a reader pointed out that the correct phrases are “negative contact” and “traffic in sight.”]

So, how did readers respond? Oddly, it was almost split right down the middle. Forty-nine percent of respondents said their first response is “Looking for traffic.” And 49 percent said they look for the traffic and then respond. Just one person said their first response is “Tally ho,” so congrats to the rest of you who didn’t pick that. To the one person who did pick it: You get a pass if you happen to be a fox hunter. Remember, if it’s not in the FAA’s Pilot-Controller Glossary, you probably shouldn’t use it.

January’s digital poll is on one of your favorite topics: landing. Don’t forget to cast your vote on p. 14!—Jill W. Tallman

“Since You Asked” polls appear monthly in the digital edition of Flight Training. If you’d like to switch your magazine from paper to digital at no additional charge, go here or call Member Services 800-USA-AOPA weekdays from 8:30 a.m. to 6 p.m. Eastern.

Photo of the Day: Get Your Glass Piper Archer

AOPA’s 2008 sweepstakes airplane was notable for several reasons. We had previous refurbished Pipers, but this was the first time we had awarded an airplane with a brand-new “glass” panel–an Avidyne multifunction display and Aspen Avionics’ first-ever certified primary display. Another notable first for this aircraft was that its winner is a lady. And, unlike many previous winners of AOPA sweepstakes airplanes, she has kept N208GG. Karoline Gorman is an air traffic controller for New York Center and a passionate advocate for animal rescue, and she enjoys flying N208GG on rescue missions.—Jill W. Tallman

The non-competing competitive competitors

The airlines are a weird industry in a lot of ways. One of them is in the area of competition. If you pay any attention to the advertising or the talking heads on TV, you would think that the airlines are hyper-competitive in every respect, such as price, frequent flyer programs, providing the worst service for the most money. And they are. Sort of.

The exception is when it comes to what they actually do: the flying, and specifically, the pilots. That isn’t to say that pilots are not a competitive bunch. We are. But when it comes to flying, safety is involved, and we don’t mess around with that. If you ever need proof, just spend a few minutes listening to air traffic control in a busy sector when the weather is bad (log on to when the Northeast is getting hammered, and listen to chaos). Pilots will readily pass along pilot reports about the rides, turbulence, breaks in a line, or wind shear on final.

There are areas in which pilots will look for bragging rights, and in many cases, it’s obvious who the bragging rights belong to. Once you are in the industry, you become immersed in the details of what makes one company better or worse to work for than another, and you begin to understand some of what the public doesn’t. Airline work rules, pay, schedules, domiciles, commuting—even the vagaries of the chief pilots and what they like to enforce—take on a different meaning once you have begun the lifestyle. Figuring out who gets paid more is easy, but figuring out which work rules are better isn’t always as obvious. But in the end, it becomes pretty clear pretty soon which airlines are run well and are a joy to work for versus those that are looked down upon.

But when it comes to the two guys in the front actually doing their job during the course of a flight or a day, there isn’t really any competition. Part of that is because the airlines operate their flights in much the same manner. But more importantly, nobody is going to deliberately compromise the safety of another. When a line of thunderstorms exists that runs from Canada to Mexico, everyone tries to help each other find the best place to jump the line. There is no thought of, “Well, let’s trick these guys into going into a Level 6!” It simply doesn’t happen. Instead, the updates are a live feed of what’s a good idea and what isn’t.

The best example I can think of is bad weather over a major hub, especially at night. If holding is in effect or if delays are piling up, pilots usually want two pieces of information. First, in rain, they want to know what kind of wind shear or convective activity to expect. Second, in snow, they want to know what the braking action is. And sometimes, it just takes one flight to voice that funny gut feeling that others already have. “We’re going to divert for fuel/weather,” is one call that usually triggers a chain reaction. Once one crew makes it, everyone seems to like the idea. But with wind shear or snowy or icy runways, the pireps become a lifeline of critical information.

When it comes to safety, cooperation trumps competition…every time.—By Chip Wright

Balloons and ATC

During the July 2012 Flight Training Facebook chat, Samer asked:

“Every once in awhile, I fly to a Class D airport (besides the one I’m based out of) and I’ve experienced sharing the sky with balloons, which is no problem, but is the tower always aware of their intentions? In other terms, do they have to report their position to the tower? If not, maybe I need to begin scanning the woodline below me for these piloted balloons.”

Our air traffic control specialist Aaron Pifer replied, “Class D airports ‘visually separate’ aircraft from other aircraft unless they have radar feeds. The intent is usually pretty basic: take off, climb to whatever altitude, and go where the wind tells them to. The balloon pilots usually have handhelds or have some sort of pre-coordinated plans with the tower via telephone.”

We happen to have a hot air balloon pilot based here at Frederick Municipal Airport (which is now in Class D airspace), and so I gave him a call to follow up on this question. Patrick Smith operates Tailwinds Over Frederick.

“We’re an aircraft, and we have to make contact with the tower just like a glider” or powered airplane, Patrick explained. “I call them before I inflate. I have to get a clearance before I take off. We stay in contact.”

As Aaron mentioned, Patrick uses a handheld transceiver to communicate with the tower. “If my altitude changes, I give them an ‘altitude and below.’ I give them a call when I land or when I’m starting to look for a landing spot, just to let them know they might lose sight of me.”

The Tailwinds balloon is a common sight at KFDK, and is just another interesting part of our mix of aircraft, which includes fixed- and rotary-wing, gliders, gyrocopters, and the occasional visit from the Goodyear, Outback, and MetLife blimps. Variety is the spice of life…and airports!—By Jill W. Tallman

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