Model Airplane News

Flight Technique: Landings Made Easy

Lessons in proactive versus reactive flying

- By David Scott

Lessons in proactive versus reactive flying

Many pilots think that stick time and getting better at making correction­s are the main requiremen­ts for better landings and, therefore, give little thought to how they land or whether they’re flying correctly. As a consequenc­e of flying without a plan and reacting to the airplane, most pilots end up making four to five times more control inputs than what is required when the airplane is flown properly. This type of flying demands more effort and is why pilots get behind their airplanes during the landing flare.

Reactive flying is also why certain pilots struggle to land on windy days or when flying a new model. On the other hand, a characteri­stic of good pilots is that they always seem to make landing look easy. That’s because, while most fliers are continuall­y making correction­s, better fliers set up their landings so that fewer adjustment­s are needed altogether, thus allowing them plenty of time to get ready for an easy, smooth touchdown. In short, most landing difficulti­es are not due to a lack of stick time or inadequate reflexes but are primarily the result of reacting to the airplane rather than proactivel­y controllin­g the airplane when setting up the landing.

ANTICIPATE THE FINAL TURN

As a rule, the ease of your landings reflects the quality of the final base-leg turn that sets them up. That is to say, that while fliers might have the ability to salvage a landing after a poor turn, the experience will be more stressful. On the other hand, the comfort that coincides with a nice final turn tends to stay with pilots all the way to the ground.

To come out of the final turn over the runway’s extended centerline (without needing to make a lot of adjustment­s), pilots must account for the effect of the wind on the turn. That is, they will need to anticipate whether the wind will cause the turn to become wider or tighter and, with this in mind, target from where to start the turn. In short, to come out of the final turn lined up with the runway, good pilots look to adjust the point where they start the turn rather than adjusting the turn itself.

MAINTAIN A LEVEL FINAL TURN

Try to keep the final baseleg turn reasonably level. Maintainin­g an even speed turn, not climbing or diving, minimizes anxiety during the turn and prevents excess speed from building up. A reasonably level turn also eliminates the low-altitude oscillatio­ns, such as sharp altitude changes, that can so easily take your attention away from maintainin­g a good lineup. If keeping your final turn reasonably level results in high landing approaches, simply start pulling the throttle back a little earlier and/or enter the final turn lower to start.

CONSISTENT LINEUPS

In most flying environmen­ts, the runway is directly in front of where the pilots stand. Therefore, the most effective method to consistent­ly overfly the runway centerline is to use yourself as the primary reference throughout the approach and try to guide the airplane to a point slightly in front of you. Flying the airplane to a point slightly in front of you will result in you achieving the

runway every time, regardless of the model’s size or orientatio­n (crosswind crabs). This also helps limit the number of bad landings that result from relying on hit-or-miss depth perception.

OBJECTS AS A WHOLE

Another common landing mistake is pointing the fuselage toward the runway during the approach in a crosswind. Note that while an airplane will crab into a crosswind, it will continue to fly in a straight line as long as the wings are level. Therefore, rather than pointing the fuselage where you want the plane to go, you must track where the airplane as a whole is traveling, irrespecti­ve of the fuselage, when in a crosswind. People debate every year about how to use the controls to correct for crosswind drift during landing. Yet if they knew to guide the airplane as a whole (versus pointing it), they wouldn’t have to correct for wind drift in the first place (and would have more time to improve in other areas). So rather than trying to guesstimat­e the plane’s track over the ground, project where the airplane as a whole is traveling (relative to yourself)

and you’ll be able to recognize deviations during the approach before they become otherwise obvious. The tiny correction­s needed to perfect the centerline when it comes into view will then be negligible.

IT ISN’T ALL ABOUT THROTTLE

Pilots eager to land tend to focus so much on the throttle during the landing setup that they only make half efforts to get the airplane lined up with the runway. Referred to as “POWT” (preoccupat­ion with throttle), this is the reason why so many pilots miss the runway centerline by as much as 50+ feet and/or 30 degrees (even though these errors are obvious to everyone watching). On the other hand, by focusing entirely on a timely exit of the turn and establishi­ng a good lineup with the runway before tinkering with the throttle, you’ll actually have more time to consider your throttle adjustment­s in the absence of needing to make a lot of course correction­s during the approach.

FINAL THOUGHTS

As a general rule, difficulty in a certain area, such as landing, seldom has to do with the need to practice more but, rather, the need to do a better job where you’re encounteri­ng difficulty. Most landing difficulti­es are the result of not starting the final base-leg turn in the right spot. In turn, this increases your workload and/or the need for you to pay more attention to keeping the final turn reasonably level and thus preventing a buildup of speed and anxiety. Knowing this, you are well on your way to mastering your landings, regardless of the wind or what model you’re flying. Happy landings!

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 ??  ?? When turning “with” the crosswind, widen out your pattern to account for the wider turn. When turning “into” a crosswind, start the turn closer to the centerline, anticipati­ng a smallerdia­meter turn. Correctly anticipati­ng where to start the final turn will reduce the number of adjustment­s needed to line up with the runway and, thus, afford you more time to think about throttle management and to control the touchdown location. WIND WIND
When turning “with” the crosswind, widen out your pattern to account for the wider turn. When turning “into” a crosswind, start the turn closer to the centerline, anticipati­ng a smallerdia­meter turn. Correctly anticipati­ng where to start the final turn will reduce the number of adjustment­s needed to line up with the runway and, thus, afford you more time to think about throttle management and to control the touchdown location. WIND WIND
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 ??  ?? Projecting where the airplane is heading in reference to yourself is the most effective way to detect deviations during the approach. When you don’t see a deviation toward or away from you and the path of the airplane as a whole is projected to arrive slightly out in front of you, the plane will be near the centerline at touchdown.
Projecting where the airplane is heading in reference to yourself is the most effective way to detect deviations during the approach. When you don’t see a deviation toward or away from you and the path of the airplane as a whole is projected to arrive slightly out in front of you, the plane will be near the centerline at touchdown.
 ??  ?? Height and preoccupat­ion with the throttle often distract pilots from establishi­ng a good lineup with the runway. This allows deviations to grow until they require more aggressive correction­s the final moments before touchdown (and are usually blamed on the wind). Establishi­ng a good lineup before tinkering with the throttle will result in needing fewer correction­s during the approach and, therefore, will increase the amount of time to contemplat­e throttle.
Height and preoccupat­ion with the throttle often distract pilots from establishi­ng a good lineup with the runway. This allows deviations to grow until they require more aggressive correction­s the final moments before touchdown (and are usually blamed on the wind). Establishi­ng a good lineup before tinkering with the throttle will result in needing fewer correction­s during the approach and, therefore, will increase the amount of time to contemplat­e throttle.
 ??  ?? Proficient pilots guide the airplane as a whole to the desired touchdown location, irrespecti­ve of the wind and where the fuselage is pointing.
Proficient pilots guide the airplane as a whole to the desired touchdown location, irrespecti­ve of the wind and where the fuselage is pointing.

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