Pilot Institute

FEBRUARY 20, 2025

Adverse yaw is a side effect of aileron use, countered by rudder input. The problem is that the aileron can only be deflected to a point after which the drag becomes significant. Commercial airliners fly at speeds above 300 knots but also need to be controllable at speeds below 150 knots. What Is an Aileron?

Aileron 90

Aileron Weight-Shift-Control Rudder Longitudinal Axis 90

Pilot Institute

MAY 9, 2024

While the tilting lift vectors are an important source of adverse yaw, drag also plays a part. Any time a wing creates lift, it creates induced drag. In our example, the right wing has more lift, and thus more drag, than the left wing as the airplane rolls. This drag imbalance amplifies the adverse yaw.

Rudder 52

Rudder Lift Aileron Drag 52

Pilot Institute

MARCH 29, 2024

Common mistakes include neglecting clearing turns, delaying stall recovery, and misusing the rudder. Drag : The aerodynamic force opposing the aircraft’s forward motion. This increases lift but comes at the cost of increased induced drag. Pilots must counteract the additional drag with more thrust to maintain altitude.

Lift 52

Lift Rudder Drag Checkride 52

Jetwhine

JANUARY 17, 2024

Down low, maximum speeds can easily exceed 425 knots. You’d think pilot problems would be all about stick-and-rudder skills here,” he said. Steering happens through coordinated use of brakeless rudder pedals augmented by a handbrake, which looks like it was swiped from a 10-speed bike, attached to the control stick.

Knot 52

Knot Rudder Pilot Jet 52

Pilot Institute

SEPTEMBER 18, 2024

The downward deflected aileron produces more lift, and more lift produces more induced drag. This added drag will cause the aircraft to yaw towards the direction of the raised wing. Proper rudder use is required to counter adverse yaw to maintain coordinated flight. Induced Drag Induced drag is a byproduct of lift.

Lift 52

Lift Aileron Drag Pilot 52

Pilot Institute

JULY 12, 2024

Flying at 60 knots? For example, it’s good practice to add a few knots to V-ref when landing in gusty conditions. If you usually land at 50 knots but end up touching down at 55 knots, you might think the landing distance only increases slightly. Use the rudder pedals to maintain centerline.

Descent 52

Descent Weight-Shift-Control Crosswind Runway 52

Pilot Institute

MAY 4, 2024

In the Cessna 172S Pilot’s Operating Handbook (POH), the landing distance decreases by 10% for every 9 knots of headwind. For the Cessna 172, landing distance increases by 10% for every 2 knots of tailwind. Full flaps are generally used since they lower approach speed and increase drag.

Weight-Shift-Control 52

Weight-Shift-Control Runway Approach Density Altitude 52

Plane and Pilot

JANUARY 7, 2025

She flew like a big, lumbering Cub of sorts, complete with a wooden rudder bar, tall wooden stick, and instruments that seemed like they were straight out of World War One. Cruising around 200 knots, the Rocket is a fantastic cross-country machine or around-the-patch sunset flier. A time capsule, indeed.

Airplanes 98

Airplanes Tail Pilot Jet 98

Plane and Pilot

OCTOBER 3, 2024

We routinely taxi at 1200 rpm due to the low spray…[we] can cruise at 10 knots” in displacement mode, something a Goose can’t do. Winging It Aside from the aforementioned desire for a greater aspect ratio for reduced drag, the one-piece Gweduck wing was developed for minimal weight, ease of construction and benign handling.

Airplanes 80

Airplanes Rudder Knot Aileron 80

Plane and Pilot

DECEMBER 16, 2024

With the F2, the rudder and vertical stabilizer are changed, with the rudder becoming a much smaller surface than before. You can sit there with full back stick, full aileron one way and full rudder the other, and its perfectly controllable. You might ask what happens with crosswind landings when you take away rudder authority.

Airplanes 98

Airplanes Rudder Aileron Crosswind 98

Pilot's Life Blog

JANUARY 5, 2025

Approach speeds typically range from 80 to 90 knots depending on weight and flap settings, while full flaps are often used to provide the necessary lift during landing. Managing the critical engine, which is the engine closest to the aircrafts wingtip, is key to reducing drag and maintaining control.

Descent 52

Descent Final Approach Approach Runway 52