NAV ZEUS PPL

A high-quality, detailed illustration of VOR and ADF navigation systems in aviation, featuring aircraft, navigation instruments, and radio waves in a visually appealing layout.

Master VOR & ADF Navigation

Test your knowledge of VOR and ADF navigation systems with this comprehensive quiz designed for aviation enthusiasts and students. With 30 carefully crafted questions, you can evaluate your understanding of these crucial navigation tools.

Topics covered in the quiz include:

  • VOR station identification
  • ADF frequency ranges
  • Navigation procedures and techniques
  • Understanding VOR and ADF indications
30 Questions8 MinutesCreated by FlyingNavigator425
The meaning of VOR is:
Very high range
Very high-frequency omnidirectional range
Omnidirectional
The frequency allotted for the VOR:
118.00MHz–135MHz
108MHz–111MHz
108MHz–117.95MHz
VOR station transmits radio beams called:
Bearings
Magnetic bearings
Radials
What are the three (3) kinds of VOR stations?
Short, medium and long
Terminal, low and high altitude
Enroute VOR, approach VOR, and station VOR
You should always identify the VOR before using by checking:
Morse code Identifier
Errors
Accuracy
What is the advantage of the VHF frequency used for VOR navigation?
You can receive an AM radio broadcast over your VOR on these frequencies.
VHF frequencies are not limited by mountains or curvature of the earth.
VHF radio waves are less susceptible to interference than low-frequency radio waves.
What navigation capability does a VOR/DME provide?
Position and distance
Position only
Distance only
Why is it important to set your VOR indicator to generally agree with your intended course?
To avoid being drifted
To avoid reverse sensing
To proceed the VOR station
If the CDI is deflected 3 dots to the right of your VOR indicator and heading indicator are in general agreement, where is your desired course:
6° left
3° right
6° right
Which VOR indication would you expect from aircraft No. 1?
A
B
C
Which VOR indication would you expect from aircraft No. 2?
A
B
C
Which VOR indication would you expect from aircraft No. 3?
D
C
A
Maximum error of VOR on ground:
Maximum error of VOR in flight or IFR navigation:
A procedure to find your position in the air by using 2 VOR:
Cross fixing
Intersection
Cross-checking
What is the ADF frequency range?
190–535kHz
535–1605kHz
190 – 106 kHz
What is the meaning of ADF?
Automatic Direction Frequency
Automatic Direction Finder
Automatic Direction Fix
NDB means?
Non-directional beacon
Non-directional Beam
Non-direction Broadcast
ADF requires two antennas:
Directional antenna and sense antenna
Beacon antenna and sense antenna
Beacon antenna and directional antenna
A kind of ADF where the nose of the aircraft is always 0°:
Movable Card
Fixed Card
Radio magnetic Card
A heading that will bring the aircraft to the NDB stations:
Relative Bearing
Magnetic Heading
Magnetic Bearing
The angular difference between the nose and the NDB station measured clockwise.
Relative Bearing
Magnetic Heading
Magnetic Bearing
A heading based on the Magnetic Compass.
Relative Bearing
Magnetic Heading
Magnetic Bearing
Magnetic heading plus relative bearing equal.
Relative Bearing
Magnetic Heading
Magnetic Bearing
A technique in flying the NDB by keeping the needle of the ADF on the aircraft nose:
Tracking
Homing
Bracketing
ADF equipment is capable of receiving signals from what type of facility?
Any FM radio stations
NDB and AM commercial broadcast station
Specially equipped VOR stations
What is your relative bearing to the station depicted on ADF indicator A, If your aircraft is on a heading of 050°, what is your magnetic bearing to the station?
RB = 0°, MB = 060°
RB = 0°, MB = 070°
RB = 0°, MB = 050°
28. What is your relative bearing to the station depicted on ADF indicator B, If your aircraft is on a heading of 120°, what is your magnetic heading to the station?
RB = 35°, MB =180°
RB = 45°, MB = 165°
RB = 20°, MB =100°
29. What is your relative bearing to the station on ADF indicator C, if your aircraft is on a heading of 135°, what is your magnetic bearing to the station?
RB = 160°, MB = 270°
RB = 125°, MB = 360°
RB = 135°, MB = 270°
It is the horizontal direction from 1 point to another; it can be measured clockwise in degrees from any reference point.:
Bearing
Heading
Relative Bearing
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