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    Aviation

    Radar Contact

    How to communicate effectively and confidently with air traffic control. For pilots of all experiences levels, flying VFR or IFR.

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    Copyright: © Jeff Kanarish, Personal Media Works LLC 2016

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    Latest Episodes:
    Control Tower Options Mar 15, 2014
    Show notes

    football
    “Dice right, ice cream, alert, 654 Jose. . . Brown Richmond 96 double . . . hut hut!”

    What?! I’ll give you a hint: Football and air traffic control. Here’s another hint: trying to understand Tower’s instructions does not have be painful if you know what is coming next. If that still doesn’t make any sense, hang in there. It will make sense when we open up ATC’s playbook and look inside.

    What makes a good headset? No, really. What does make a good headset? I can’t answer that. Each pilot has a personal definition of “good headset.” We really want to hear yours–your opinion, not your headset. You’ll get a chance to transmit and receive (your opinion) in our show.

    A new ATC phrase, “Climb via,” is going to go active on April 3, 2014. We’ll look at what it means for pilots who fly IFR. (If it’s past April 3 by the time you read this, you have some catching up to do.)

    Let’s get caught up.


    (This show and past shows are also available at iTunes. Search for the Radar Contact podcast.)

    Show Notes:

    1. Air traffic controllers use code words that describe a complex sequence of moves in very few words. Most importantly for you and I, the plays that controllers use come from a playbook.
    2. We pilots have access to every play in a controller’s playbook.
    3. There are no secrets in air traffic control and, knowing this, there should never be an element of surprise when we fly.
    4. The entire playbook is called Joint Order 7110.65. Here is link to: a free copy of J.O. 7110.65U. The next edition, J.O. 7110.65V will become effective April 3, 2014.
    5. The specific section of the playbook that affects air traffic control in an airport pattern is Chapter 3, Section 8 of Point 65, titled Spacing and Sequencing.
    6. A little bit of time spent learning tower’s plays will save you a ton of frustration the next time you fly in an airport pattern.
    7. An article I wrote for the March issue of Flight Training magazine, titled Walk the Talk, is now available online for free. Here is a link to the article.
    8. Most general aviation radios do not have the high fidelity sound of the radio transmissions I use in this show.
    9. The reason I play clear, high-fidelity radio transmissions on this show is to make learning easier. Most of the time, the point of the lesson is in the content, not the quality of the transmission.
    10. A very good headset can filter out a lot of the audio garbage produced by lower quality radios and noisy cockpits.
    11. If you have a headset that does a good job for you, or even one that you absolutely hate, tell us about it in the comments section below this article. You don’t have to write a novel.
    12. In our last Radar Contact show, I put out a quiz that asked you to make some decisions as an air traffic controller. It asked how you would control traffic in specific situations at an airport.
    13. I also received a few emails either challenging a correct answer I provided for the quiz or asking a question about tower control and I am very grateful for the feedback and discussion.
    14. If you have been following me at Twitter, you probably read some tweets which updated progress on version 2 of the Aircraft Radio Simulator.
    15. I expect to put a working demonstration of the simulator online in another week.
    16. Keep an eye on at my twitter feed for announcements on the release of the demo. If you aren’t already following me at twitter, you can use the Follow icon in the right edge of any page at ATCcommunication.com. Or, you can go to my feed at twitter.com/atc_jeff and click the Follow button there.
    17. Speaking of Twitter, here’s the most recent question posed at my Twitter feed: What is the common transmit and receive frequency used by Flight Service Stations in the U.S.? Answer: 122.2. Source: AIM Chapter 7, Section 7-1-2 Item D. “The common frequency for all FSSs is 122.2.” (I forgot to mention this in the show but there you have it.)
    18. Effective the 3rd of April, 2014, air traffic controllers will begin using the phrase “Climb via” when issuing clearances to some pilots flying standard instrument departures. Here is a link to the announcement.

    Your Question of the Week:

    You are practicing takeoffs and landings at a tower-controlled airport. While on downwind, you make this radio transmission:

    “Cessna 30 Delta requests the option.” The tower controller replies, “Cessna 30 Delta, unable stop-and-go. Other options are approved.”

    Here’s your question: Given tower’s response, are you permitted to make a full stop landing from your next approach? When you think you know the answer to that question, go to ATCcommunication.com/answers. There you will find the correct answer along with a full explanation of how that answer was derived.


    What Was That Tower Controller Thinking? Feb 20, 2014
    Show notes

    Flight Training Magazine
    My article, “Walk the Talk” is in the March issue of Flight Training magazine.

    Pilot (calling Tower): “Cessna 9130 Delta, request left closed traffic.”

    Tower: “Cessna 9130 Delta, make right closed traffic. Report a midfield right downwind.”

    Pilot: “Cessna 9130 Delta, right closed traffic. We’ll report a midfield right downwind.” Then, talking to himself, “What’s wrong with a left downwind? There is no one in the traffic pattern. What was Tower thinking?”

    Excellent question! Let’s answer it in today’s show. Also in this show, a new rule was just announced by the FAA that requires tower controllers to delay the takeoff of aircraft in certain situations. We’ll cover that in detail so you’ll know what’s going on if you ever face the situation when you fly.

    I’ll also give you a heads up about an article I wrote for Flight Training magazine that’s all about how to practice communication with a tower controller.

    After we explore the inner workings of a tower controller’s brain, we are going to dig into your neocortex with a multi-question quiz. I’ve brought my pickaxe and shovel for this dig and I’m expecting to strike gold. Have a seat. Try to relax. This won’t hurt a bit . . . he said.

    Show Notes:

    1. Sometimes, a tower controller will tell you do something that does not seem to make sense from your point of view.
    2. Air traffic controllers have the big picture. As a pilot, you don’t always have all of the resources required to have the big picture.
    3. You can build the best picture of what is happening in the airport traffic pattern by keeping your eyes and ears open. Even then, you cannot expect to see and hear everything that is going on around your airplane.
    4. Try to be patient when flying in an airport pattern. Eventually, the big picture will begin to develop.
    5. If there is ever any doubt about what the controller is trying to do with your airplane, speak up and ask the controller.
    6. The March issue of Flight Training magazine contains an article I wrote called “Walk the Talk.” The article has a practice-at-home exercise that helps you train yourself to communicate with a tower controller as you learn to fly.
    7. If you don’t subscribe to Flight Training magazine, you can find the same exercise in my book Radio Mastery for VFR Pilots, available at Amazon.com.
    8. I am putting out Radar Contact shows on a sporadic schedule because the top priority is completing the Aircraft Radio Simulator.
    9. The new Aircraft Radio Simulator will have crystal clear graphics, smooth animation, and artificial intelligence. Simulated ATC will give you instructions and monitor your flight path. If you deviate from instructions, the simulated controller will intervene.
    10. The FAA just announced tower controllers at the country’s biggest airports will be required to delay the takeoff of aircraft under certain conditions.
    11. If another airplane is landing on a converging runway, ATC must not clear another airplane to take off until there is no possibility of conflicting flight paths between the landing airplane and the departing airplane.
    12. A converging runway is one that is oriented so the flight path of landing or departing airplanes crosses over another runway. See the illustration below.
    13. convergingRunways

      Converging runways.
    14. While the FAA’s new rule only affects the nation’s biggest airports, it may eventually affect airports you use. The FAA order says, come July, the rule will apply to “all affected airports.” You can take a look at the change yourself using this link: Non-Intersecting Converging Runways J.O. 7110.652.

    Your Question of the Week (presented as a quiz this week):

    The point of the following quiz is to help you think about how you fit into the big picture of air traffic flow at an airport. It is not designed to teach you to be an air traffic controller.

    Refer to the airport diagram of the fictitious Town and Country Airport below. Town and Country Airport is a tower-controlled airport with 2 runways as depicted. The current weather for the airport is sky clear, visibility more than 7 miles, surface winds 270-degrees at 10 knots, altimeter 30.01. Town and Country is landing and departing Runways 26 and 29. There are no NOTAM’s for the airport.

    In this quiz, you will be presented with different traffic situations that you might face as a tower controller on duty at Town and Country. Use your best judgement to keep airplanes separated.

    Clicking the “Done” button at the end of the quiz sends your de-identified answers to a general data pool. I look at that de-identified data to help me determine what topics need more emphasis in future editions of Radar Contact. Clicking “Done” will not give you the correct answers to the quiz. For the correct answers, along with complete explanations, go to ATCcommunication.com/answers.

    quizAirport


    How to Land at the Wrong Airport with ATC Help Jan 15, 2014
    Show notes

    Taney County AirportProximity of Clark Downtown (Taney County) Airport to Branson Airport, Missouri.

    Last week a listener wrote to tell me about an incident in which a general aviation aircraft landed at the wrong airport. He said this reminded him of other incidents in which airplanes ended up landing at the wrong airport. He asked me what I thought causes pilots to land at the wrong airport. I said that sounded like a question I should answer in a Radar Contact show. Wouldn’t you know it? Two days later, Southwest Airlines lands an airplane at the wrong airport.

    Here is what’s coming up: An analysis of some reports from pilots who landed or attempted to land at the wrong airport while in contact with ATC. Next, my formula for how to land at the wrong airport. I have 12 easy-to-follow steps to help you get your name in the media headlines and get the wrong kind of attention from the FAA. All this plus Your Question of the Week. Let’s do it.

    This show is also available at iTunes as the Radar Contact podcast.
    More ATC comm tips and conversations with active air traffic controllers at twitter.com/atc_jeff.

    Show Notes:

    1. On Sunday, January 12, 2014, Southwest Airlines Flight 4013 landed at the wrong airport. This was the second of two similar incidents in less than a month.
    2. Less than a month ago, an Atlas Air cargo jet landed at Jabara Airport in Wichita, Kansas instead of the intended destination–McConnell Air Force Base a few miles away.
    3. These two incidents are among many others. In this show, I analyze 2 reports submitted to NASA’s Aviation Safety and Reporting System (ASRS) that involve pilots attempting to land at the wrong airport.
    4. You can search for reports about pilots who landed at the wrong airport by going to this link: http://asrs.arc.nasa.gov/search/database.html. Click “Start Search”. On the search page, click the link at the bottom center titled “Text contains [Words]”. Type “wrong airport” and be sure to add the quotation marks. Click the “Save” button. Click “Search.” Finally, click “Show all reports.”
    5. The 2 main ingredients involving an incident in which a pilot lands or attempts to land at the wrong airport are: 2 airports less than 10 miles apart with closely aligned runways; and a pilot who is distracted.
    6. Once ATC has directed you towards a runway in visual conditions, the controller will assume you can remain oriented to the airport and proceed to land under your own navigation.
    7. As indicated in ASRS reports, ATC frequently does not catch the error if a pilot suddenly deviates from an ATC instruction and makes a bid to land at the wrong airport.

    Here are my 12 tips for landing at the wrong airport:

    1. By all means, pick an airport you have never flown into before. In one of the examples I read to you today, the pilot had previously landed at his intended destination, you will increase your chances of landing in the wrong place if it is your first time landing there.

    2. Pick an area where two airports are separated by less than 10 miles and the runways at both airports are aligned within 20 degrees of each other.

    3. Although not always possible, try to plan your arrival for a time when the sun is setting or rising, or the inflight visibility is poor.

    4. Do not, I repeat, do not do any advance study of the airport layout or the orientation of one airport in relation to the other. Do not do any map study to consider where roads, buildings and other prominent landmarks sit relative to your destination airport. Do not try to visualize what the lay of the land will look like given your general direction of approach into the area. Make your entire arrival and approach to the airport is a complete surprise.

    5. Similar to the fourth tip, do not think ahead. Be completely reactive to what you see through the front windscreen of your cockpit.

    6. If, as you approach your destination, you feel rushed or disoriented, by all means press on. Do nothing to give yourself extra time to get caught up, such as breaking off of your arrival and circling in an area away from the flow of air traffic. The more rushed you feel, the better your chances of becoming disoriented which is key to landing at the wrong airport.

    7. If there are navaids, such as VORTAC’s or NDB’s in the area, do not tune those in and use them to help you stay oriented relative to your intended destination. For example, if the correct airport sits underneath the 330-degree radial for 15 DME using a local VORTAC, do not tune that VORTAC into your navigation radio.

    8. If your airplane has advanced navigation equipment on board, such as GPS, inertial reference system, or a moving map, ignore that information. If your instrument panel’s moving map display cannot be turned off, keep the display set to a scale large enough so all of the airports in the area are packed tightly together on the display, making one nearly indistinguishable from the other.

    9. If the runway you intend to land on has an ILS setup, do not tune that in to help verify you have lined up with the correct runway. A centered needle on your localizer indicator provides valuable information you do not want. It really wouldn’t help much anyways if there are runways at 2 different airports exactly aligned with each other. Since 2 different runways exactly aligned with each other applies to maybe a handful of airports in the United States, simply ignore localizer information at all airports.

    10. Distract yourself as much as possible during the arrival phase. Conversation with passengers about non-flight related information is a great idea.

    11. If something does not feel right, by all means, ignore that feeling and press on. For example, even though ATC sets you up perfectly for an unrushed, normal final approach visually lock on to the first runway you see and go for it, even it means making a sharp turn off course or diving down to lose altitude. If the runway ahead does not match up with what you expected, for example, the orientation of the runway looks off, or the pavement is different, or the runway lighting is wrong, or the taxiway layout seems wrong, or the airport hangers and buildings are not where they are supposed to be, ignore all of that too.

    12. Finally, my most important tip. If you are working with ATC during your arrival and a question comes up about which airport is the correct airport, by all means do not ask ATC for help.

    If you have any questions about this formula, please write to me at jeff@ATCcommunication.

    Your Question of the Week:

    You have just accidentally landed at the wrong airport and the airport where you landed is a controlled airport. In a telephone conversation after the incident, the tower supervisor tells you he will be filing a report with the FAA. You decide to file your own report on the incident using NASA’s Aviation Safety and Reporting System.

    Here’s your question: How may your report influence the FAA’s decision to impose a civil penalty or a suspension of your pilot license as result of this incident?

    When you think you know the answer to that question, go to ATCcommunication.com/answers. There you will find a complete answer to this week’s question along with a complete explanation of how that answer was derived.


    Voice Activated Flying Jan 06, 2014
    Show notes

    halChess

    Cessna 9130, move rook to King 1.
    I’m afraid I can’t do that Dave.

    Air traffic control is voice-activated flying. Don’t believe me? Consider this. You’re about to enter a tower-controlled airport pattern. Tower says, “Cessna 9130 Delta enter a right base, Runway 36.” In response, you fly towards the entry point for a right base leg to Runway 36. He says it. You do it. That’s voice activated flying.

    Sometimes there is a disconnect between what Tower tells you to do and what you do in response. Sound familiar? It should. Every week I get email from listeners who all ask me essentially the same question: What did Tower mean when he said . . ? In today’s show, we are going to answer that question.

    All that, plus an excerpt from my upcoming book, Radio Mastery for IFR Pilots; and Your Question of the Week. Here we go. Computer play audio show. Computer, play audio show! Computer? Earth to computer. The heck with it. Use your mouse and hit play.

    Note: This episode of Radar Contact and all future shows will no longer be duplicated under the tab Radar Contact Show in the navigation menu for this website. To download past shows for listening offline, go to this link at iTunes or go to your podcasting app and search for the podcast Radar Contact.

    Show Notes:

    1. Instructions from an airport tower controller are equivalent to voice-activated flying.
    2. A tower controller sometimes has to use plain language to keep aircraft separated and flowing smoothly into and out of an airport.
    3. If you have ever not understood an instruction from Tower, you are not alone.
    4. Pilots occasionally misunderstand Tower’s instructions about how to enter an airport traffic pattern.
    5. Here are the various instructions for entering an airport traffic pattern:
    6. Enter a right/left downwind for Runway 36.
      Enter a right/left base for Runway 36.
      Fly directly to the numbers for Runway 36.
      Enter a _____-mile straight-in for Runway 36.

    7. If you don’t understand what Tower wants you to do, ask for clarification. Asking Tower to repeat the instruction will usually not clear up a misunderstanding.
    8. If you received an instruction from ATC that you didn’t understand, write to me at jeff@ATCcommunication.com and we’ll talk about it.
    9. Watch for updates on the progress of my new book, Radio Mastery for IFR Pilots.

    Your Question of the Week

    You are approaching a tower-controlled airport. You are 10 miles south of the airport. The airport is using Runway 27 for takeoffs and landings. The tower controller tells you to make straight-in for Runway 27 and report 3 miles. Here’s your question:

    Given your position 10 miles south of the airport, which of the following does the tower controller expect you to do?

    A. Enter the downwind followed by a base leg that leads you to a 3-mile final approach, or,
    B. Fly directly to a base leg entry so as to end up on a 3-mile final approach, or,
    C. Turn to the northeast now and then maneuver to join a 3-mile final approach, or
    D. Fly directly towards the threshold of Runway 27 and report 3 miles out.

    When you think you know the answer to this question, go to ATCcommunication.com/answers. There you will find the correct answer along with a complete explanation of how that answer was derived.


    Sterile Cockpit Means Quiet! Nov 20, 2013
    Show notes

    “Shhh! I’m trying to use the phone radio” Borrowed from “Pee Wee Herman’s Big Adventure.” In this week’s show, we are going to talk about something called sterile cockpit and how it helps you communicate with ATC. No, Paul Reubens, aka Pee Wee, will not be making an appearance, but we can learn something from him. Never thought I’d say that in an article.

    We will also have the results from your test of the Aircraft Radio Simulator’s speech recognition module.You did test the module didn’t you? I thought so.

    All that, plus your Question of the Week. Coming up, right here in Radar Contact . . . unless I get distracted and forget to. . . What was I talking about?
    dontDistract

    Don’t distract me!

    Show Notes:

    1. Your brain and my brain has a built-in filter that eliminates distractions, to a point.
    2. Despite its mental filter, your brain can be tricked into paying attention to the wrong thing at the wrong time. We call that a distraction.
    3. Our listening behavior is most vulnerable to distractions when we rely on listening passively.
    4. In an airplane, distractions can result in anything from a temporary annoyance, to a violation of the Federal Aviation Regulations, to an accident.
    5. The key to avoiding distractions is to apply active listening or what I call intentional listening.
    6. Intentional listening results from a decision to pay attention to every radio transmission whether it applies to your flight or not.
    7. When working low to the ground or in busy airspace, make your cockpit sterile: Avoid all non-essential work in the cockpit. Eliminate all conversation that does not involve safe aircraft operation.
    8. Sterile cockpit plus intentional listening = zero missed radio transmissions from ATC.
    9. Last month, you tested the speech recognition module of the Aircraft Radio Simulator. The results of your test were not good enough to move forward with further development of the speech recognition feature.
    10. I will continue to work on an Aircraft Radio Simulator that provides an immersive experience that guides you in your exploration of how to communicate with ATC.

    Your Question of the Week

    You are approaching your destination airport within very busy Class C airspace. Approach control is giving you radar vectors for sequencing to a straight-in final approach at your destination. You have already taken several heading changes from approach and you are still not headed directly for the airport. Suddenly, your number 2 communication radio, which is tuned to the emergency frequency 121.5 produces this transmission, “Pan, pan, pan. Any aircraft, this is Piper 927CX on Guard. I’m lost and I need assistance.” Here’s your question.

    Knowing that you are in a very busy section of airspace and taking extensive vectoring from ATC, what should you do about the radio transmission on the emergency frequency? When you think you know the answer to that question, go to the link ATCcommunication.com/answers. There you will find a complete answer to the question along with a full explanation of how that answer was derived.


    Radar Contact: Airport Traffic Pattern Position Reports Oct 09, 2013
    Show notes

    A-10
    This photo has nothing to do with this article. A photo of an A-10 just increases the overall quality of the website.

    You are approaching an uncontrolled airport traffic pattern and you need to know where other pilots are in the traffic pattern. How do you get that information? Two ways. You call on the radio for an airport traffic advisory. You also listen to the flow of position reports from other pilots established in the airport pattern. What you do not do is say, “Traffic in the area, please advise.” I’ll explain why in this week’s show.

    Flight levels are those altitudes at or above 18,000 feet MSL, right? In the United States, yes. Everywhere else? Not necessarily. In this week’s show we’ll talk about flight levels because if you fly outside of the United States, you don’t have to be in a jet to reach a flight level. You may enter the flight level regime as low as 4,000 feet in some places.

    Wanna be a test pilot? Here’s your chance. I’m running a test of the most important component of the Aircraft Radio Simulator today. You get to take it on a test run. I’ll explain how in this week’s show.

    Show Notes:

    1. The Aeronautical Information Manual (AIM) says, “Traffic in the area, please advise” is not a recognized Self−Announce Position and/or Intention phrase and should not be used under any condition.” (Chapter 4, Paragraph g. 1.)
    2. “Traffic in the area, please advise” is not necessary anyways. Just listen to Unicom at an uncontrolled airport and you’ll get all of the information you need from other pilots’ position reports.
    3. If the radio is silent for a long period of time, that is a traffic advisory in itself–there’s likely no aircraft in the airport pattern.
    4. Position reports and traffic advisories are no substitute for disciplined and continuous clearing for traffic while in an airport pattern. There may be pilots in the airport pattern operating without a radio or pilots in the pattern operating without a brain.
    5. In the U.S. flight levels begin at 18,000 feet MSL unless the local altimeter is extremely low.
    6. Outside of the U.S. flight levels may begin at other altitudes, depending on the country in which you are flying.
    7. In Europe, ATC says flight levels with double zeros differently than in the U.S. U.S. ATC: “Climb and maintain flight level two zero zero.” European ATC equivalent: “Climb and maintain flight level two hundred.” (20,000 feet with the altimeter set to 29.92 inches or 1013 Hectopascals.)
    8. I talked about all this recently at my Twitter feed: http://twitter.com/atc_jeff.
    9. My Twitter feed is all about radio procedures, tips, and techniques with some miscellaneous info about flying. If you follow me on Twitter, I won’t waste your time with off-topic tweets.
    10. A test of the Aircraft Radio Simulator’s speech recognition module is now online and available to try out.
    11. Read all of the instructions at the test page before trying the test. Following the directions will produce accurate test data.
    12. Please tell me about your results by using the 3-question survey at the end of the test. If the pop-up is suppressed by your computer’s pop-up blocker, click the link near the top of the test page to produce the survey.

    Update for 27 November 2013: The reference to the speech recognition test module mentioned in this show is no longer applicable. I have taken the test module offline. If you had a chance to try the test module, thank you for your help. I’ll have more announcements about development of the Aircraft Radio Simulator in future Radar Contact Shows.

    Your Question of the Week

    You have just completed your engine run-up near the runway at an uncontrolled airport. You are holding short of the only runway for Hometown Airport. This airport has a published left traffic pattern for Runway Two and you are facing the left downwind as you prepare to enter the runway. Just as you are about to advance the throttle of your aircraft to take the runway you hear someone key their microphone and say on Unicom, “Hometown traffic, Aerostar 304 Uniform Mike, base leg, Runway Two, Hometown.” You scan the base leg and see nothing. You check the final approach path and see nothing. You check the downwind leg and see nothing. Here’s your question. Remembering there is only one runway at this airport, what would you do at this point?

    When you think you know the answer to the question go to ATCcommunication.com/answers. There you will find the full answer along with a complete explanation of how that answer was derived.

    As always, if you have questions of your own, you may always reach me at jeff@ATCcommunication.com.


    Radar Contact 32: Finding Your Way to Talk to ATC Sep 13, 2013
    Show notes

    767s
    Round dial versus glass. Boeing 767-300 (top) and Boeing 767-400 (bottom).

    Learning to talk to air traffic control on the radios can be tough. Learning to talk to ATC on the radios while learning to fly a new airplane is even harder. Learning to talk to ATC, while learning to fly a new airplane, in a foreign country is possibly the most difficult of all. In this week’s Radar Contact Show, we are going to look at that most difficult situation. We will crack the code on how to talk to ATC even when learning to fly in a foreign country.

    Communication with ATC by text message? It’s already here and it may be coming to your cockpit in the near future. Find out how it works and how it will affect you in this week’s show.

    “November 9275 Hotel, say your aircraft type code and suffix.” Do you know how to answer that? We’ll crack the code together.

    May I ask you a question? Too late. I already asked one! Though it’s a matter of opinion and certainly technique-only, I believe there is a right way and a wrong way to make a request with ATC. We will look at the difference.

    I have so much of the good stuff in this week’s show it will make your head spin. That’s okay though. We’ll throw in full rudder opposite the direction of spin and set the aircraft right again. Here we go. . .

    Show Notes:

    1. Upgrading from the Boeing 767-300 to the 767-400 was not that difficult. It was simply a matter of getting used to new instrument displays in the cockpit and a few differences in systems operation.
    2. What proved harder was learning the radio work for ocean-crossing and for flying in Europe.
    3. Take a look at the taxi diagram for Barajas International Airport in Madrid, Spain.Clicking this link opens the airport diagram in a new window.
    4. Radio work becomes easier as you practice and as you give yourself permission to make mistakes.
    5. Controller Pilot Data Link Communications (CPDLC) is communication with ATC by text messaging. It is used everyday by aircraft crossing the ocean. CPDLC may have some good uses in your cockpit, especially for non-urgent communication with ATC.
    6. Your aircraft’s type code can be found at the FAA’s website. At the index page, click on the first letter of your aircraft’s manufacturer and then find your specific aircraft model in the list on the new page.Here is the link which opens in a new page or tab.
    7. The International Civil Aeronautical Organization (ICAO) is the originating source for aircraft type codes. Here is the link to the ICAO’s list of aircraft by manufacturer. Find your manufacturer in the list and then click on the manufacturer’s name to see the different models of aircraft and their codes. Here is the link to the ICAO listings.
    8. Sometimes ATC will ask you for your aircraft’s suffix.
      AIM Table 5-1-2
    9. Development of the new Aircraft Radio Simulator, written in HTML5 and Javascript is coming along nicely. I will have a test module demonstrating the voice recognition capability of the sim available for you shortly.
    10. If you need to make a simple request of ATC, just ask. You don’t need to introduce the request unless the request will be long and complicated.
    11. If you need to ask ATC a general question, first ask the controller if he or she has time for a question.

    Your Question of the Week:

    You are flying VFR cross-country while talking to ATC for flight following. Earlier, you had filed a VFR flight plan and you listed your aircraft with a suffix of slant Alpha, meaning your aircraft has a transponder with Mode C and you also have DME in your navigation suite. About halfway to your destination, you notice the DME display on your instrument panel goes blank. You try tuning in different VORTACs in your area, and although you receive radial information off each VORTAC the DME display remains blank. You are absolutely certain your DME system has gone inoperative. Here’s your question: Given your filed flight plan and the fact that you are flying VFR, are you required to notify ATC that your DME has become inoperative?

    When you think you know the answer that question, go to ATCcommunication.com/answers. There you will find a complete answer to this week’s question along with a complete explanation of how that answer was derived.


    How to Switch from Approach to Tower Control Jul 30, 2013
    Show notes

    VHF Radio
    “Chestnut 372 Victor Charlie, you’re six miles north of the airport. Contact Propinquity Tower on 119.6.” That is how the switch from Approach Control to Tower Control should sound. Does it always happen that way? We’ll rip it apart in this week’s show and see what the pieces tell us.

    Last time in our story, I asked you some important questions about how you would use the Aircraft Radio Simulator. Yeah, I’m talking about the software I’ve had in development since the Late Pleistocene Epoch. I’ve got your answers from the survey on this subject. The results are going to surprise you.

    Got a good question for you about how the ILS hold short line affects pilots flying VFR. That’s right, sometimes IFR approaches affect VFR.

    All that, plus listener emails and that twice-a-month brain cramp, Your Question of the Week. I’d tell you more but time is a-wasting and we’ve got a huge show to navigate. Roll the mp3 player!

    Show Notes:

    1. A listener writes: “I am 10 miles out [from the airport], usually where I am making my call to Tower to notify them that I am inbound for landing, but I am still stuck on ATC [approach control] for flight following. . . Had I not terminated Flight Following, would Longview Approach have sequenced me in, and had me contact the Tower, say 5 or so miles out?”
    2. Approach Control or ARTCC will always switch you to tower control before you enter Tower’s airspace. This applies whether you are flying VFR or IFR.
    3. You normally maintain your discrete transponder code when switching from Approach to Tower because most towers have their own radar display in the tower cab.
    4. Your discrete transponder code allows the tower control to view vital information about your aircraft on the tower’s radar display.
    5. If you ever find yourself in a situation where you believe the controller has forgotten or overlooked your flight, do speak up. You and the controller are both working for a safe flight. Help each other out.
    6. The results of a survey regarding the Aircraft Radio Simulator are in, and no, I cannot offer the final version of the simulator for free. I explain why in this segment of the show.
    7. You only need to hold short of the ILS hold short line when tower tells you to do so. There are very specific criteria Tower uses to activate the ILS hold short line. If Tower does not tell you to hold short of it, taxi like it isn’t there.
    8. The question about the ILS hold short line comes from my Twitter feed. You may follow me at twitter.com/jeff_atc for more tips and techniques when talking with ATC. Use the Twitter icon in the upper right corner of this website or use this link.
    9. Do you have experience with any of the following flight schools: ATP, Aerosim, Wayman, Dean, ADF? If so, get in touch with me at jeff@atccommunication.com. There is a listener in Venezuela who is interested in attending one of these schools and he needs more information.

    Your Question of the Week:

    You are departing VFR from a Class Charlie airport. Before you taxied out to the active runway, the clearance delivery controller in the airport tower gave you a discrete transponder code to squawk and a frequency to contact departure control.

    You have lifted off of the runway and you are climbing away from the airport. The last thing the tower controller said to you was: “Cleared for takeoff.” You are now 7 miles from the airport, well beyond the boundary of the tower’s airspace, and you have not heard anything further from the tower controller. What, if anything, should you say on the radio?

    When you think you know the answer to that question, go to the link atccommunication.com/answers. There you will find a complete answer along with a full explanation of how that answer was derived.


    Land and Hold Short, Kimosabi Jul 10, 2013
    Show notes

    whiteHorse

    Hi-yo Silver!

    In this week’s show we are going to saddle up with the Lone Ranger and break out a lasso, I mean, LAHSO. I know, we should quit horsing around and get down to business.

    We’ve got masked heroes on horseback; we’ve got fireworks and exploding software; we’ve got your question of the week. I ask you, where else can you go for such fired-up enthusiasm over something as routine as talking on the aircraft radio. Right here, that’s where. Hi-yo Silver! Away!

    Show Notes:

    1. Here’s hoping for a speedy recovery for all those who were injured in the crash of Asiana Airlines Flight 214. It’s tragic that 2 people died in the crash and 168 people were injured. Focusing on the positive: It is impressive that the flight attendants were able to guide the evacuation of more than 300 people from the Boeing 777.
    2. There is a complete replay of the San Francisco Tower radio communication during and after the Asiana Airlines crash. You can find a link to it at my Twitter feed. Go to Twitter.com/atc_jeff. If you have not already signed up for my Twitter feed, you can do so by clicking the Twitter icon in the upper right margin of ATCcommunication.com.
    3. ATC’s Land and Hold Short (LAHSO) program is designed to improve traffic flow at busy tower-controlled airports. When used, it allows air traffic control to land aircraft on a runway and slow to a stop or exit the runway prior to reaching a designated intersection.
    4. When an aircraft lands and holds short of an intersection, it allows ATC to cross other airplanes through that intersection without concern for a traffic conflict with the landing aircraft.
    5. You do not have to accept a LAHSO clearance if you are not familiar with the LAHSO procedure or the airport layout, including any signs, runway markings, or lighting associated with the procedure.
    6. The FAA’s Airport Facility Directory lists information on an airport’s LAHSO program, including the runway affected, the land and hold short point, and the available landing distance measured from the runway’s threshold to the hold short point.
    7. lahso

    8. You also do not have to accept a LAHSO clearance if either you or your aircraft is not capable of stopping prior to the intersection named in the LAHSO clearance. To make this determination, you have to know how much runway distance is available from the threshold of the runway to the intersection you are expected to hold short of.
    9. If you are familiar with the LAHSO procedure for the runway in use, and if you and your airplane are capable of stopping prior to the named intersection, you should accept the LAHSO clearance.
    10. Once you accept a LAHSO clearance, you are required to comply with the clearance unless you are able to get an amended clearance prior to landing.
    11. A LAHSO clearance will include a clearance to land and the words, “Hold short of,” along with the runway, taxiway, or point you are expected to hold short of.
    12. Compliance with a LAHSO clearance does not necessarily mean you will land and stop on the runway prior to the named intersection. It only means you will not cross through that intersection. It is perfectly acceptable, and usually expected that you will slow to a safe taxi speed and exit the runway prior to intersection named in the LAHSO clearance.

    Your Question of the Week:

    You are on a 7-mile final approach to Runway 22 at a tower-controlled airport. The airport’s ATIS broadcast said Land and Hold Short Operations are in effect for Runway 22. You are flying a large aircraft that requires a minimum runway length of 4,700 feet for landing. Runway 22 is longer than 4,700 feet. The tower controller says to you, “November 338 Golf Lima, Runway 22, cleared to land. Hold short of Taxiway Charlie.”

    You know there was a LAHSO program published for this runway because you read about it in your preflight planning session. You also learned in your preflight study that the available landing distance on Runway 22 from the threshold to the intersection of Taxiway Charlie is 4,400 feet.

    Here’s your question. What is the radio transmission you would make in reply to Tower’s clearance?

    When you think you know the answer to the question, go to ATCcommunication.com/answers.


    FAA to Pilots: Know the Radio Standard Phraseology Jun 23, 2013
    Show notes

    At your service.
    Someone pinch me, I must be dreaming. A couple of weeks ago, the FAA published two draft proposals that will change the way you and I will train for our Private Pilot Certificate and for our Instrument Rating. If the wording in the proposals gets integrated into the regs, you will have to demonstrate to your FAA examiner that you can reliably communicate with ATC using standard radio phraseology. Is it enough to write this requirement on paper? Will pilots use standard phraseology after they pass their checkride? Find out in this week’s show.

    Contrary to popular belief, there are no terse regulations relating to a Tersa. In fact, a Terminal Radar Service Area has no regulations specific to the airspace. You still have to know how to communicate with ATC when operating inside of a Tersa. I’ll show you how.

    Ummm. Uhh. What will I talk about next? Umm. Uhhhhhhhhhhhh. You’ll have to tune in to uhhhhhh, find out. Run that, uhh, thingamabob that plays this podcast.

    Show Notes:

    1. Up til now, all you needed to know about radio communication in order to get your private pilot’s certificate or your instrument rating was how to squeeze the transmit key on your microphone and speak. Now, according to a new proposal put out the by FAA 2 weeks ago, you may have to demonstrate you know standard radio phraseology when communicating with ATC during your checkride.
    2. The link to the FAA’s draft proposals for new training and certification standards, and pilot comments, is here.
    3. Unless the FAA enforces the new standard after a pilot passes his checkride, the training and certification standards won’t change a thing. In my opinion, absent enforcement, only pilots with self-discipline will continue to use standard phraseology after the checkride is passed.
    4. There are no specific rules governing flight inside a Terminal Radar Service Area (TRSA.) Part 91 is always in effect, but there are no airspace regs for TRSAs.
    5. You do not even have to talk to ATC if you fly VFR inside a TRSA as long as you stay out of the Class D airspace inside the TRSA.
    6. If you do make contact with ATC, you can say “Negative radar service” to avoid having to follow ATC instructions outside of the Class D.
    7. If you do participate in radar service, you will get radar sequencing to the primary airport as well as separation from all other participating aircraft.
    8. When you hear a pilot say “Uhh” on the radio, that’s a sign the pilot started transmitting before he knew what to say. It’s unprofessional and it takes up value air time on the radio.
    9. The best way to avoid brain lock when keying the microphone transmit button is to practice your radio calls before you fly.
    10. I have a new workbook, Radio Mastery for VFR Pilots Workbook, on sale at Amazon.com. The workbook trains your brain for VFR radio work.
    11. Using the workbook, you’ll read a flying scenario, visualize the circumstances, write the correct radio call, and then practice saying the radio call out loud. It’s multi-modal training for your brain that ensures long-term memory of vital radio transmissions.

    Your Question of the Week:

    You are flying VFR in a Terminal Radar Service Area. You are inbound to the primary airport inside the TRSA and you are taking radar vectors from air traffic control. The approach controller advises you that you are seven miles in trail of another aircraft, who is also inbound to the airport. ATC calls that airplane you are following and says, “Descend and maintain 4,000.” Here’s your question: Given the radio transmission you just heard from ATC, is the airplane you are following operating VFR, operating IFR, or is it impossible to tell.

    When you think you know the answer to that question, go to the link ATCcommunication.com/answers. There you will find a complete answer to this week’s question, along with a complete explanation of how that answer was derived.


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