This image of a Morane Saulnier Rallye in the landing flare is by Jorge Santos.
Key Takeaways:
Pilots must pre-analyze landing performance using the Airplane Flight Manual (AFM) or Pilot's Operating Handbook (POH), which primarily focuses on runway length as per FARs, but often contains critical details in fine print.
Beyond runway length, crucial factors for safe landing include runway width, surface conditions (wet, icy, grassy), runway slope, and braking action, which require careful consideration despite not always being explicitly detailed in regulations or primary performance charts.
Adhering to POH-specified stabilized approach techniques is vital, with special procedures and considerations necessary for abnormal situations like no-flap landings or airframe icing due to their significant impact on aircraft performance and control.
You’ve found that airport that you’ve never been to before, and now it’s time to land. If it wasn’t an abnormal situation, like an unplanned diversion, you analyzed the landing performance before you took off, right?
Landing performance is like a box. You measure length, width and height. Your task is to fit a moving object into that box, without scraping the edges.
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