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Hello, I'm Brandon Martini, a commercial pilot and flight instructor.

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I'm Carson Vasquez.

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I'm a private pilot.

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And you're listening to the Aviation Mentors podcast sponsored by Stratis Financial.

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So buckle up because the aviation mentors are taking off.

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Welcome back everybody to another great and fantastic episode of the aviation mentors

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podcast.

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Today we're going to be talking about one of the newer aspects of aviation, something

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that's actually part of the FAA's next generation air transportation system or next gen.

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That's the automatic dependent surveillance broadcaster, ADS-B.

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ADS-B is a surveillance technology that allows aircraft to determine their position by satellite

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navigation and periodically broadcast it, enabling it to be tracked.

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There's a couple different versions of ADS-B, ADS-B in and ADS-B out.

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We're going to kind of touch base on ADS-B out today.

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But I'm excited to talk about this topic because it's something that I always kind of question

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my students whenever we're doing the end of course or things like that.

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So I know I really questioned Carson on it.

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And this has only been a requirement since 2020.

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I really thought when COVID hit, they were going to move this to be honest.

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Well first off, let's talk about the purpose behind ADS-B's development.

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So the development of this system was pretty much driven by the need to enhance surveillance

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of aircraft.

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The more airplanes are in the sky, the more we need to watch them and keep a close eye.

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And particularly in areas where traditional radar coverage is either weak or non-existent.

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And these traditional radar systems, which were used for air traffic control, do have

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a few limitations that ADS-B was designed to address.

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So a big one was geographic limitations.

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The ground coverage, the ground-based radar systems have a limited range and they struggle

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to provide coverage in either mountainous regions or over the ocean.

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And ADS-B on the other hand relies on GPS signals and can provide coverage pretty much

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anywhere as GPS as well as a ground-based ADS-B receiver.

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And the exception of this rule, which Brandon and I actually learned through some good research,

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was that there is space-based ADS-B for oceanic flights.

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So that's a pretty cool one, right Brandon?

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Yeah, absolutely.

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I didn't even realize they had a space-based ADS-B for that purpose because I never fly

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over the ocean.

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Like not far, like flying over the ocean to Catalina, that might be one thing, but not

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doing a transatlantic or trans-pacific flight to Asia or something like that's not something

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I've ever done.

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So it was just new information for me, but it's pretty cool to learn.

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Yeah, it's not a big concern for us.

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It's not something in our world of aviation.

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That's a totally separate world.

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What's always good is always learning something.

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I mean, we talk about learning something all the time, and it's okay to not know something,

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by the way, even if you're a high-time pilot.

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I mean, just ask.

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Because like I've said before, it's only going to be a stupid question one time, and then

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guess what?

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You're no longer stupid.

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You're smart.

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You now have the information, which is kind of neat.

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Yeah, that was game-changing advice, and Brandon gave that to me.

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So where are we at?

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The real big purpose of ADS-B, it's really to address the radar information limitations.

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So radar won't give you a ton of information.

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Conventional radar only provides an aircraft's position and altitude.

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ADS-B, though, can provide the aircraft's identity, velocity.

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It even says if it's climbing or descending or in straight-level flight.

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So that's the why behind ADS-B.

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Brandon, I'm sure you can go a little bit more into as a CFI about the how behind ADS-B.

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Yeah, absolutely.

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Sure, let's go into how ADS-B works.

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The first component of ADS-B is determining the aircraft's position.

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For this, the aircraft uses on-board GPS, or Global Positioning System, if you've had

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your head under a rock for the past, I don't know, 40 years.

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But they use GPS.

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These systems are extremely accurate and can provide precise latitude, longitude, altitude

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of the aircraft, as well as other information.

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Once an aircraft's position is determined, the ADS-B transponder, it's kind of known

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as an ADS-B transponder, but the ADS-B out system broadcasts this information along with

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other data, including the aircraft's identity, its tail number or call sign, which is actually

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programmed into whatever system is sending out ADS-B.

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And it could be a variety of things.

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It could be integrated into your transponder.

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That's why I kind of said that a second ago.

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Or it could be an additional component, which is kind of connected to your transponder.

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Or it could be something like the wing-based ADS-B that a lot of our aircraft have from

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UAV Onyx, which I've used plenty of times.

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But it can also tell you the velocity, whether it's climbing, descending, if it's in level

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flight.

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It just gives more information than just traditional radar-based information.

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This information is broadcast approximately once every second compared to something that's

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a lot slower, like radar.

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In addition to broadcasting the out information, some aircraft also have the capability to

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receive ADS-B in signals.

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Now that could be based on your type of transponder you have.

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You could have one of those stratuses that, no pun intended, by the way, I could sponsor

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by stratus, right?

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But you can have one of those stratus or stratics with the X ADS-B in receivers.

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Some people have even built them out of raspberry pies, which are pretty cool to see people

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do.

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And that actually enables them to see real-time information about other aircraft nearby, including

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their position, their altitude, velocity, directly into the cockpit.

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And by the way, you can't just have this system and then it just starts spewing information

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into your headset or into your eyeballs, right?

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You need to have an iPad or a GPS system or some type of system built into the aircraft

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or with you that is like for flight or fly Q or one of those programs, right?

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That way it can show it to you just on that digital display.

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It's pretty neat.

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Yeah, we're not quite at the point where we can just get that information, right?

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You got to have something in between.

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I mean, it depends.

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Do you think we're living in the matrix, Harson?

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We are, especially considering the fact that I'm a pilot.

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I think that's crazy enough.

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Yeah, I do too.

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I don't know how you passed.

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I don't know.

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You got me there.

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But speaking of information, there is a lot of information that pilots can get from their

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ADS-B.

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And the primary one is that ADS-B in, like Brian was just talking about, allows pilots

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to see other aircraft in the vicinity that are equipped with ADS-B out.

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So like you said, that includes aircraft's altitude, speed, and direction.

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And it can be especially useful in VMC, visual meteorological conditions, where pilots are

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pretty much 100% responsible for seeing and avoiding other aircraft.

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And one of the great advantages of ADS-B, like you said, is that ability to provide

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up-to-date weather information.

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It's known as a UAT broadcast.

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And that will give you radar, the weather radar, METARs, TAFs, airmats, and SIGMETs.

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And that's all examples of some of the data that can be received by certain ADS-B in systems.

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So this information, I've actually used it plenty of times.

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I'm sure you have too, right, for flight, Brandon?

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Absolutely.

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It goes right in.

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And this can be extremely useful for making strategic decisions during a flight, such

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as deviating around bad weather.

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I think we talked about that one flight up to Sacramento when I had to use that weather

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information to see where I was going and what the cloud coverage was and what the winds

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were at my airport that I was trying to get to.

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So that'll help to make that good aeronautical decision that we talked about and know that

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I probably shouldn't go fly there.

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Absolutely.

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I mean, it's a lot easier to look at your iPad or look at your GTN 750 and see that

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ADS-B in information and seeing all the weather rather than having to call ATC and talk to

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one of the radar service stations.

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I mean, I've done that a handful of times just because.

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And they're starting to phase them out more and more.

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But they're still charted and they're still available.

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Whenever I've called, they're always excited to talk to me.

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And I don't know if they don't do anything else all day or what it is.

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But they're pretty excited to give me an entire briefing or let me file a flight plan or whatever

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it may be.

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I don't think they're that busy nowadays because technology is really taking over.

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They're not that busy.

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I called one on the way up to Sacramento.

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I saw it on the chart and I was a little confused about what the weather was going to be.

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And it was mid-flight.

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And I said, let's finally make the call.

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So I made that call.

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They were so excited.

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He told me everything that was going on for the next 30 miles at my destination, everything

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around my destination, my alternates.

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So, yeah, they definitely don't have a lot to do.

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So make sure to use that resource as well.

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But back to ADS-B, it's important to note that while the ADS-B provides absolute wealth

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of useful information, it shouldn't be the sole source of information for pilots.

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It's a supplement for the information.

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It's not a replacement for things like preflight briefings and continuous updates from ATC

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and other sources, just like that flight service station during the flights.

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And like Brandon mentioned in one of our last episodes, airspace is updated.

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Maybe not super frequently, maybe super frequently.

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It depends on where you're at.

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But you should know that before you get in the air.

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And speaking of airspace, Brandon, what are the requirements for ADS-B in a couple of

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different airspaces?

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All right.

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I'm going to try to go off my memory on all this one.

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So if I miss something, either one, Carson, you remind me, or one of our listeners send

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me an email and tell me I screwed up.

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But I should know all of them, right?

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So let's start off with the first one.

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Is alpha airspace?

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You definitely need it in alpha.

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You need it in the class Bravo airspace.

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You need it inside of Charlie.

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And you also need it going over a Charlie airspace.

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But you can go under Charlie airspace without it.

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So that is possible.

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It is not necessarily needed in class Delta, Echo, or Gulf airspace.

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But it can be sometimes.

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So it's also required any time that you're flying over 10,000 feet, unless you're in

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mountainous area.

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And I don't remember the exact number, so don't quote me on this one.

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But I think it's 1,000 or 1,500 feet above the highest obstacle in a mountainous area

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where it's not needed if you go over 10,000 feet.

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So that's also there.

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It's also required in the, it was called the mode C Vale for a long time, which is 30 nautical

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miles from a class Bravo airport.

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But if you look at the charts, they've updated them over the past few years.

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And now it says, it says mode C and ADSB.

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So now it could be called the ADSB Vale, right?

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So that's what's really kind of interesting about all that.

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I think I covered all of them.

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Do you know if I'm missing any Carson?

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No, I think that's everything.

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And yeah, he also loved your charts.

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Of course he watched it for the update.

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Yeah, I did.

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It was like the one thing I looked for.

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And they actually did that after ADSB was already required.

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They did it sometime during COVID.

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And I don't really remember when it happened, but I have an extensive collection of charts.

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I'm sure I could look up and tell you the exact date if I really wanted to.

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Well, I'll say it was 2021.

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I remember that change during my flight training.

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Oh, nice.

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Well, also, so that's kind of where it's required.

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So everyone says ADSB is required now, right?

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Well, yes, it is required, but it's only required in all of those places.

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If you go look at the map of United States, guess what's not covered in most of that map?

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ADSB required places, besides over 10,000 feet.

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Obviously, that's a little bit different.

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But ADSB is not required in most of the United States.

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It's really kind of mind blowing.

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I know there's a lot of practice areas, especially local to us in Riverside area, where ADSB

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is technically not required.

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And I trip up students on this all the time.

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I'm like, well, why is it required there if they try to tell me it is?

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And I'm like, it is not required there.

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And flight instructors, who I see a lot of flight instructors over the years, a lot of

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them love ADSB in so much.

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They love their iPads, and they have them sitting on their lap, and they always just

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look for this traffic on their iPad.

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And they don't look outside enough.

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I tell all these instructors that they're being so foolish, it's ridiculous.

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You need to look outside because you're flying VFR.

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You need to be looking outside.

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You need to be looking for these other aircraft.

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Guess what?

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The person who's not talking on the radio who you should be worried about also didn't

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pay to put ADSB in their airplane.

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So guess what?

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You're not going to get them on your iPad, and they're not going to be talking to you.

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And your head's going to be inside the aircraft instead of outside where it should be.

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And you're not going to see this guy, and that's how mid-air collisions happen.

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So it actually is creating more distractions in the cockpit as well.

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So I think that ADSB, if it's going to be required, it actually should be required in

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more locations and more places.

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And I don't know if the FAA has a plan for that eventually.

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I'm sure they have a plan to expand that system because it does a lot of good.

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But it should be expanded into every charted practice area as far as I'm concerned.

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I mean, that's a personal opinion.

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And then it's not reflective of anything, the FAA or any flight instructor.

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By the way, that's only representative of my feelings, by the way.

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It's not representative of any flight school or the FAA or anything else.

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It could be like a hot button topic, and I don't even know.

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But it's a hot button for me because I want more safety out there.

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I want people to be safer when they fly, and I want flight instructors to teach safety.

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And I want to be safer in the air.

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So I think ADSB is a great tool when it comes to that.

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But sometimes it's a little overused.

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Just like I've seen, I've been in airplanes and people have like five iPads on an airplane.

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I'm like, that's a bit too much.

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You can tone it down.

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You can take an iPad and take your cell phone and make sure four flights downloaded on it.

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And there's a good backup for you in addition to your paper charts, of course.

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Yeah.

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Well, you know, Brand said it's not representative of anything but his opinion.

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It's also representative of mine, though.

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I've been saved by that ADSB more times than I can count going into Lake Matthews practice

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area, especially right next to Riverside Airport and SoCal.

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That is a busy, busy practice area.

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And like he said, you shouldn't have your head down in the cockpit just staring at your

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iPad.

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But it's always a good thing to be able to just look out.

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And that is be especially in conjunction with your iPad lets you see farther than your eyes

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can.

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So it helps keep you safe.

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And you know, frequently as we talk about the safety of pilots and passengers, in my

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eyes, ADSB is really one of the best features pilots can have to increase that safety and

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understanding, especially understanding and using ADSB effectively is crucial for modern

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pilots.

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It's the up and coming technology.

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And as this technology continues to be adopted globally, it's going to play an increasingly

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significant role in maintaining the safety and efficiency of air traffic.

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So being familiar with its operation benefits and knowing how to interpret the information

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it provides, it's going to be a key skill for pilots in this ADSB area.

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So whether you're a student pilot just starting your journey or an experienced aviator, we

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really hope this episode has given you a better understanding of this revolutionary technology.

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Yeah, I think it kind of has.

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Obviously, we just did a really high overview of ADSB and kind of just touched on some little

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components of it.

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I really suggest everybody go out and actually, if you go on Google and you type in FAA ADSB,

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you'll get to see there's advisory circulars and there's a lot of documents that talk about

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ADSB in and out.

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And especially it's on the FAA's website, which is where you should be getting your

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information in the first place.

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But I suggest that everybody goes and looks at where ADSB is required and see if it's

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also required in the places that you fly most often.

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So you can know if you are relying a little too much on that ADSB into your iPad or if

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you're actually improving your safety or hindering it.

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People don't really think about that usually when they're flying.

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They just think of, hey, this thing's in my cockpit and it's obviously making me a better

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pilot.

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And unfortunately, that's not always true.

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So make sure you kind of think about those things and really think through it.

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So thank you guys so much for listening today.

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We enjoyed talking about some ADSB and I love talking about my charts, of course.

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But if you'd like to reach out to either one of us or correct something that one of us

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said today, please reach out to us.

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You can reach us via email, Brandon at aviationmentors.com or you can reach Carson at Carson at aviationmentors.com.

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And as a wrap up for the day, remember, we're here to guide you in your aviation journey.

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So fly safe and enjoy the ride.

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See ya.

