When overhead marshal is utilized, the assigned outbound penetration bearing shall be updated during recovery to maintain a minimum of ____ degrees clockwise from the reciprocal of the final bearing.

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This question focuses on how to set the outbound recovery bearing when using an overhead marshal to keep aircraft from crossing paths and maintain orderly sequencing. The outbound production bearing is defined by taking the reciprocal (the direction opposite the final bearing) and rotating it clockwise by a fixed offset to create a safe, predictable recovery path.

The correct offset is 25 degrees. Rotating the reciprocal of the final bearing clockwise by 25 degrees gives an outbound penetration bearing that keeps the aircraft clear of the inbound final course while still allowing a practical, controlled turn into the pattern. This offset balances safety with efficiency, accounting for wind drift and maneuvering room.

A smaller offset, like 15 degrees, wouldn’t provide as much separation under wind or tracking errors, risking conflict with the inbound path. Larger offsets, such as 35 or 45 degrees, would require longer turns and could complicate traffic flow and timing.