What is the wake turbulence separation requirement for a heavy aircraft behind another heavy aircraft in a radar controlled zone?

Prepare for the ATPL SARON and SAMRA Exams. Study strategic quizzes with flashcards and multiple-choice questions designed to enhance your regulatory and meteorological knowledge for aviation success.

Multiple Choice

What is the wake turbulence separation requirement for a heavy aircraft behind another heavy aircraft in a radar controlled zone?

Explanation:
The wake turbulence separation requirement for a heavy aircraft following another heavy aircraft in a radar controlled zone is 4 miles. This distance is established as a safety measure to mitigate the risks associated with wake turbulence, which can be particularly significant in the case of two heavy aircraft due to their size and weight. When an aircraft lands or takes off, it generates vortices that can remain in the air for a considerable time. These vortices can create hazardous conditions for aircraft that are following too closely, potentially leading to loss of control. The 4-mile separation helps ensure that any vortices from the leading heavy aircraft have dissipated sufficiently by the time the following aircraft reaches the same point. This requirement is part of established aviation regulations aimed at maintaining safety in controlled airspace, making it crucial for pilots and air traffic controllers to adhere to these guidelines when managing air traffic.

The wake turbulence separation requirement for a heavy aircraft following another heavy aircraft in a radar controlled zone is 4 miles. This distance is established as a safety measure to mitigate the risks associated with wake turbulence, which can be particularly significant in the case of two heavy aircraft due to their size and weight.

When an aircraft lands or takes off, it generates vortices that can remain in the air for a considerable time. These vortices can create hazardous conditions for aircraft that are following too closely, potentially leading to loss of control. The 4-mile separation helps ensure that any vortices from the leading heavy aircraft have dissipated sufficiently by the time the following aircraft reaches the same point.

This requirement is part of established aviation regulations aimed at maintaining safety in controlled airspace, making it crucial for pilots and air traffic controllers to adhere to these guidelines when managing air traffic.

Subscribe

Get the latest from Examzify

You can unsubscribe at any time. Read our privacy policy