Within the KINGS 4 MOA, the appropriate transition altitude is determined by which factor?

Within the KINGS 4 MOA, the appropriate transition altitude is determined by which factor?

• A. Time of day
• B. Aircraft type
• C. Direction of flight
• D. Altitude within MOA

Answer: (C)

The thing being tested is that, in this MOA, the transition altitude isn’t fixed but depends on which direction you’re moving through the airspace. The KINGS 4 MOA is structured so the vertical boundaries and the way the airspace folds with surrounding routes differ for different travel directions, so the point at which you switch between the MOA’s altitude blocks is published as direction-dependent. In practice, this means an aircraft moving through in one direction uses one transition altitude, while an aircraft moving in the opposite direction uses another, ensuring separation and consistent sequencing with adjacent airspace and procedures. Time of day, aircraft type, or simply the altitude you’re currently in within the MOA don’t determine this transition point. Always refer to the published MOA procedure for the actual direction you’re flying, but the core idea is that direction of flight dictates the proper transition altitude.

The thing being tested is that, in this MOA, the transition altitude isn’t fixed but depends on which direction you’re moving through the airspace. The KINGS 4 MOA is structured so the vertical boundaries and the way the airspace folds with surrounding routes differ for different travel directions, so the point at which you switch between the MOA’s altitude blocks is published as direction-dependent. In practice, this means an aircraft moving through in one direction uses one transition altitude, while an aircraft moving in the opposite direction uses another, ensuring separation and consistent sequencing with adjacent airspace and procedures.

Time of day, aircraft type, or simply the altitude you’re currently in within the MOA don’t determine this transition point. Always refer to the published MOA procedure for the actual direction you’re flying, but the core idea is that direction of flight dictates the proper transition altitude.