At Goliad, aircraft must report their break when abeam or beyond the upwind numbers and what else?

At Goliad, aircraft must report their break when abeam or beyond the upwind numbers and what else?

• A. The break must be announced on the radio
• B. Pattern interval traffic is 30 degrees aft
• C. Breaks are reported only on request
• D. Pattern interval traffic is 45 degrees aft of the breaking aircraft's wingtip and through 90 degrees of turn to downwind

Answer: (D)

When you’re in the pattern, you must not only announce your break but also specify where you are in relation to the aircraft that just broke. This helps pilots behind you know exactly where to position themselves to keep safe separation as you roll into downwind. The prescribed wording at Goliad is that pattern interval traffic is located 45 degrees aft of the breaking aircraft’s wingtip and lies through 90 degrees of turn to downwind. In other words, the next pilot should imagine being on a 45-degree line behind the breaker and continue to track through the first 90 degrees of the turn toward the downwind leg. This precise interval provides a standardized, predictable spacing so that each aircraft can safely sequence into the next leg of the pattern without collisions or surprises. The other options don’t fit because they either focus on radio calls alone (not the interval description), or they propose incorrect interval angles or incomplete interval details. The key point is the exact 45-degree aft position through 90 degrees of the turn to downwind, which defines the required pattern spacing.

When you’re in the pattern, you must not only announce your break but also specify where you are in relation to the aircraft that just broke. This helps pilots behind you know exactly where to position themselves to keep safe separation as you roll into downwind.

The prescribed wording at Goliad is that pattern interval traffic is located 45 degrees aft of the breaking aircraft’s wingtip and lies through 90 degrees of turn to downwind. In other words, the next pilot should imagine being on a 45-degree line behind the breaker and continue to track through the first 90 degrees of the turn toward the downwind leg. This precise interval provides a standardized, predictable spacing so that each aircraft can safely sequence into the next leg of the pattern without collisions or surprises.

The other options don’t fit because they either focus on radio calls alone (not the interval description), or they propose incorrect interval angles or incomplete interval details. The key point is the exact 45-degree aft position through 90 degrees of the turn to downwind, which defines the required pattern spacing.