Aviation Radio Flashcards

1
Q

When within about 10 mile radius of a non-towered airport, up to 3,000 feet AGL, CTAF _______

A

will be used for pilots to make position and intention calls

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2
Q

CTAF stands for_______

A

Common Traffic Advisory Frequency

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3
Q

A CTAF is a frequency designated for the purpose of _______

A

carrying out airport advisory practices while operating to or from an airport without an operating control tower. The CTAF may be a UNICOM, MULTICOM, FSS, or tower frequency and is identified in appropriate aeronautical publications

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4
Q

Make ATC calls for air traffic
pattern _______

A

procedures

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5
Q

What is a callsign?

A

An aircraft callsign is a group of alphanumeric characters used to identify an aircraft in air-ground communications

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6
Q

An example of a callsign:

A

an aircraft registered as N978CP conducting a general aviation flight would use the call sign November-niner-seven-eight-Charlie-Papa. However, in the United States a pilot of an aircraft would normally omit to say November, and instead use the name of the aircraft manufacturer or the specific model

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7
Q

What is an aircraft registration?

A

a code unique to a single aircraft, required by international convention to be marked on the exterior of every civil aircraft. Also known as registration number (N-numbers in the US). The registration indicates the aircraft’s country of registration, and functions much like an automobile license plate or a ship registration

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8
Q

Small general aviation and unscheduled aircraft simply use what as their callsigns?

A

the aircraft’s registration as their callsigns.

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9
Q

Call signs for airlines are:

A

The name of the airline + the flight number. But there are exceptions such as African airways using springbok. suffixes are added when operationally relevant, like for heavy aircraft, specific fleets, or affiliate airlines. But for routine passenger flights, the standard airline name without suffixes is commonly used. The suffixes provide additional details when needed. The “Heavy” suffix is used for aircraft over 300,000 lbs, to indicate wake turbulence separation needs. So a large aircraft like a Boeing 747 would use “Delta Heavy”, while a smaller jet may just use “Delta.” There is also delta shuttle, delta cargo, delta connection, or delta charter, medevac, pan pan medical (no one’s in immediate danger, such transporting organs or transplants), mayday (distress), etc.

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10
Q

Example of airline callsigns:

A

air India 123, visitará 658, American Airlines 657, delta airlines 497

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11
Q

Radio call formats for each leg turn:

A

• Departure leg: After takeoff pilots will announce “[Location] Traffic, [Callsign] departing runway XX, climbing to X thousand, changing to advisory/center frequency.”
• Crosswind leg: “[Location] Traffic, [Callsign] turning left/right crosswind runway XX, [Location]”
• Downwind leg: “[Location] Traffic, [Callsign] turning left/right downwind runway XX, [Location]”
• Base leg: “[Location] traffic, [Callsign] turning left/right base runway XX, [Location]”
• Final approach: “[Callsign] final runway XX.”
• After landing: “[Callsign] clear of runway XX.”

The calls help other pilots in the area maintain situational
awareness. Pilots will confirm they have the traffic in sight when appropriate. The exact phrasing can vary, but announcing position, altitude and intentions is key.
Proper radio communication is an important aspect of operating safely at controlled fields.

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12
Q

The ICAO phonetic alphabet has assigned the 26 code words to the 26 letters of the English alphabet in alphabetical order:

A

Alfa, Bravo, Charlie, Delta, Echo, Foxtrot, Golf, Hotel, India, Juliett, Kilo, Lima, Mike, November, Oscar, Papa, Quebec, Romeo, Sierra, Tango, Uniform, Victor, Whiskey, X-ray, Yankee, Zulu.

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13
Q

Pilots pronounce numbers similar to regular English, with a few exceptions:

A

The number three (3) is pronounced “tree.”
The number five (5) is pronounced “fife.”
The number nine (9) is pronounced “niner

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14
Q

the runway number directly relates to?

A

the magnetic heading you would fly when taking off from that runway.

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15
Q

When making traffic pattern calls, you always refer to the runway number _______

A

you originally took off from

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16
Q

Class C service requires pilots to establish _______

A

two‐way radio communications before entering Class C airspace. If the controller responds to a radio call with, “(a/c call sign) standby,” radio communications have been established and the pilot can enter Class C airspace.

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17
Q

The four parts of any radio call are:

A
  • Airport location/person you’re calling
  • Aircraft identity
  • Position
  • Intent

(the fifth part that only applies to making calls at a non-towered airport) : airport location

Ex:

“Venice Traffic, Cessna one two three Alpha Bravo, 10 miles south of Venice Airport, inbound landing, Venice Traffic”

“Selena tower, 17260 is on echo, taking off runway 17 for a left traffic pattern”

“Selena tower, 17260 holding short of runway 17 on taxiway Echo, requesting takeoff for a left traffic pattern.“

or more formally

“Selena Tower, Cessna 17260, holding short of runway 17 on taxiway Echo, requesting takeoff for a left traffic pattern.“

18
Q

In the United States, VHF civil aircraft communications are placed in the _______

A

100 MHz band and allocated 760 channels within the range from 118.0-136.975 MHz. As a pilot, every frequency you talk on will fall within this range.

19
Q

What is the holding point/area?

A

The holding point is the designated area where aircraft stop and wait before entering the runway. At the holding point, pilots must obtain clearance from air traffic control before proceeding onto the runway

20
Q

Airport location or whom you’re talking to:

A

The tower controller would identify themselves by stating the name of the tower, such as
“Addison Tower.” The pilot then utilizes this for their radio calls

21
Q

Aircraft identity or who you are:

A

The pilot would identify themselves by stating their aircraft identification, which includes the aircraft type and tail number. For example,
“Skyhawk N31469”

22
Q

Position or where you are:

A

The pilot would state their current position in relation to the runway or a specific reference point. For example, “holding short of runway 16 on Alpha”

23
Q

Intent or what you want:

A

The pilot would state their intention for takeoff, landing, etc, such as

“VFR departure to the east”

“requesting takeoff for a left traffic pattern.”

“requesting takeoff for a left traffic pattern.”

24
Q

The four parts of an ATC response to a radio call:

A

Aircraft identity (receiver)
Airport location (sender)
Clearance for
Approval for

Ex:

“17260, Selena Tower, cleared for takeoff runway 17, left traffic approved.”

“Cessna 17260, Selena Tower, cleared for takeoff runway 17, left traffic approved.”

25
Q

You have your aircraft’s main radio and _______

A

a handheld radio as a backup

26
Q

Aviation radio frequencies are found in _______

A

the low frequency (LF), medium frequency (MF), high frequency (HF), and very high frequency (VHF) bands. These frequencies may be used for voice communications or for navigation.

27
Q

Low Frequency (LF)

A

Historically, when aviation radio was first starting out, most air navigation transmissions took place on the low frequency band from 200 KHz to 415 KHz.

28
Q

Medium Frequency (MF)

A

Aviation radio is allocated a small portion of the medium frequency spectrum in a band from 2850 to 3000 KHz. Most planes have radio direction finders onboard that get a bearing by focusing in on a medium frequency transmission

29
Q

High Frequency (HF)

A

That traffic has since shifted to the very high frequency (VHF) band. High frequency continues to be used for voice communications for international flights, however, as it can travel a longer distance than VHF.

30
Q

Very High Frequency (VHF)

A

Frequencies in the very high frequency band are most widely used for domestic aircraft communications at the present time. Both communication and VOR navigational systems are operated on VHF frequencies.

To support full VHF communications, the FAA recommends that all aircraft with older 360-channel systems should be retrofitted with a 760-channel piece of equipment with 25 kHz channel spacing which is capable of operating in the 118.000 to 136.975 MHz band.

31
Q

What is the 100 MHz band?

A

The 100 MHz band in aviation refers to a specific range of frequencies allocated for radio communication in civil aviation.

32
Q

What are COM and NAV in aviation?

A

In aviation, COM and NAV are abbreviations for communication and navigation systems used in aircraft.

33
Q

COM (Communication):

A

COM refers to the
communication system in an aircraft, which allows pilots to communicate with air traffic control (ATC), other aircraft, and ground personnel. COM systems use VHF radios to transmit and receive voice communications.

34
Q

NAV (Navigation):

A

NAV refers to the navigation system in an aircraft, which helps pilots determine their position, track their course, and navigate safely. NAV systems use various instruments and aids to provide navigation information, such as VOR (VHF Omnidirectional Range), LOC (Localizer), and GPS (Global Positioning System).

35
Q

COM and NAV are both what?

A

VHF radios, but on different frequency ranges.

NAV radio is 108Mhz-117Mhz. COM radio is 118Mhz-136Mhz.

36
Q

When you have a NAV/COM system combination in one box, _______

A

they may share some components like the audio amplifier and a single transceiver device, but the functionality for each side is the same as discrete units.

37
Q

What are VOR and LOC?

A

VOR and LOC are radio navigation aids that provide pilots with directional information, allowing them to navigate along specific routes or approach

38
Q

NAV systems can also include what type of receivers?

A

NAV systems can also include GPS receivers, which use satellite signals to determine the aircraft’s precise position

39
Q

To get vertical guidance your NAV radio needs what?

A

To get vertical guidance your NAV radio needs a glideslope receiver which will either be another box behind your panel or an extra circuit board in your NAV radio.

A glideslope (GS) defines the correct vertical descent profile.

40
Q

The CDI, HSI, ILS, LOC, VOR are all what?

A

The CDI, HSI, ILS, LOC, VOR are all different kinds of displays that CAN be driven by a Nav Radio output

41
Q

Class A airspace in aviation represents controlled airspace with the highest level of regulation. It extends from 18,000 feet above mean sea level (MSL) up to and including flight level (FL) 600, which is approximately 60,000 feet. Within Class A airspace, all aircraft are subject to instrument flight rules (IFR) and are under the control of air traffic control (ATC). That is all.

A