Podcast
Questions and Answers
What is the destination radio frequency for runway heading at Binalonan?
What is the destination radio frequency for runway heading at Binalonan?
In the communication exchange, what altitude was the aircraft RP-C XXXX maintaining over Manaoag?
In the communication exchange, what altitude was the aircraft RP-C XXXX maintaining over Manaoag?
What is the Common Traffic Advisory Frequency (CTAF) for Iba (RPUI)?
What is the Common Traffic Advisory Frequency (CTAF) for Iba (RPUI)?
Where did RP-C XXXX request to make a right crosswind departure to, in the provided communication?
Where did RP-C XXXX request to make a right crosswind departure to, in the provided communication?
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Which airport in the text is described as an uncontrolled airport?
Which airport in the text is described as an uncontrolled airport?
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Study Notes
Radio Frequencies and Airport Information
- Binalonan airport's radio frequency is 120.30, with a runway heading of 170/350
- Lingayen (RPUG) airport's CTAF (Common Traffic Advisory Frequency) is 121.90
- San Fernando (RPUS) airport's radio frequency is 122.10, with a runway heading of 010/190
- Vigan (RPUQ) airport's radio frequency is 120.10, with a runway heading of 020/200
- Iba (RPUI) airport's CTAF is 121.90
- Baler (RPUR) airport's radio frequency is not specified
- Laoag (RPLI) airport's radio frequency is not specified
Communication Procedures
- When airborne, report to the tower with the following information: aircraft ID, request to make a right crosswind departure, destination, and altitude
- Tower responds with clearance and instructions
- Pilot reports over the designated point (e.g. Manaoag) and altitude
- Tower instructs to leave the frequency and switch to traffic advisory
- Pilot reports on traffic advisory frequency with aircraft ID, departure airport, current location, altitude, and destination
- Pilot reports again when approaching the destination airport, with aircraft ID, departure airport, current location, and destination
- Pilot requests information on traffic overhead the destination airport
- Tower responds with traffic information, and pilot proceeds to join the overhead pattern and descend to the traffic pattern.
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Description
Test your knowledge of aviation radio communications with this quiz, where you'll encounter scenarios involving radio frequencies, headings, and interactions between pilots and control towers. Practice identifying and responding to different communication protocols in the aviation field.
