: Following the level-off, the pilot must immediately transition to a climb at the same fixed rate. This requires a prompt increase in thrust and a specific pitch-up attitude (e.g., positive 12.5 raised to the composed with power positive 15 raised to the composed with power depending on speed and weight). 3. Key Technical Variables To fly these patterns accurately, pilots utilize Pitch and Thrust Tables
Learning the specific pitch attitudes and thrust settings (N1 values) required for various phases of flight, such as level flight at 210 knots versus a 1,000 fpm descent at the same speed. sierra pattern a320
The primary risk of a mismanaged high-energy pattern is a runway overrun. If the aircraft crosses the threshold at Vref + 20 knots (common in rushed patterns), the stopping distance required increases significantly. The A320 brake system is effective, but carbon brake wear is accelerated, and the risk of fuse plug melting (tyre deflation) rises with high-energy rejected landings. : Following the level-off, the pilot must immediately
The goal is singular:
: Deploy flaps to Stage 1 or 2 while initiating a turn. The pilot must compensate for the ballooning effect and change in drag by adjusting pitch and thrust Simulated Approaches Key Technical Variables To fly these patterns accurately,
A steep approach requires a rapid reduction of the descent rate in the flare. Failure to manage the A320's pitch moment effectively can result in a hard landing (touchdown > 600 fpm), potentially causing structural damage to the landing gear.