Question 1
The vertical beam of MLS is referred to as which component?
Question 2
What is the primary reason for the obsolescence of the Microwave Landing System (MLS)?
Question 3
What range do MLS beams cover to provide navigational guidance?
Question 4
What are the primary components of MLS navigation beams?
Question 5
What type of equipment does MLS incorporate for enhanced distance measurement?
Question 6
What is the maximum coverage angle provided by the horizontal guidance beam of MLS?
Question 7
Why was MLS introduced even though GPS was emerging as a viable option?
Question 8
Which frequency range does the Microwave Landing System (MLS) operate in?
Question 9
Why might MLS require designated safe zones around transmitters?
Question 10
Which challenge does MLS face, similar to ILS, that affects signal integrity?
Question 11
What is the elevation coverage range of MLS vertical guidance?
Question 12
How does MLS handle multiple signals simultaneously?
Question 13
What is a major advantage of MLS over traditional Instrument Landing Systems (ILS)?
Question 14
What future navigation system is emphasized in lieu of MLS according to ATPL syllabus evolution?
Question 15
What condition could lead to the MLS beams being interrupted to enhance signal fidelity?