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. This gives you a safe buffer on the stall speed and plenty of time to stabilize.

Weight-Shift-Control 52

Weight-Shift-Control Runway Approach Crosswind 52

Plane and Pilot

NOVEMBER 10, 2024

In order to be flown by a sport pilot, the resulting airplane must still meet the current regulations—1,320 pounds maximum gross weight, 120 knots max cruise speed, for example—but how it gets there is up to the builder. On the walkaround, you doubtlessly noted the full-span flaperons (flaps plus ailerons as one unit).

Airplanes 76

Airplanes Knot Pitot Tube Gross Weight 76

Pilot Institute

OCTOBER 16, 2024

Brief that you will use the right rudder to align the aircraft straight with the runway and the left aileron to counteract drift. This allows you to configure appropriately and ensures a stabilized approach. Take your ground speed in knots and divide it by two. So if your Vso is 50 knots, then aim to fly 70 knots.

Airplanes 52

Airplanes Descent Approach Crosswind 52

Pilot Institute

MARCH 29, 2024

The stall warning horn sounds at least 5 knots above the actual stall speed. Since you need to fly without triggering the warning, select a target airspeed of about 2 to 5 knots more. Trim for level flight once you’re stabilized at your target speed. Turbulent air will require a larger airspeed margin.

Lift 52

Lift Rudder Drag AGL 52

Plane and Pilot

OCTOBER 2, 2024

No flying in winds exceeding 10 knots, no chance of obscuring precipitation, no use of runways shorter than 5,000 feet, no risk of encountering darkness or lowering ceilings. By doing so, a recognizable, firm input demonstrates that using all the aileron travel wasn’t the answer—those rudder pedals are not footrests.

Runway 52

Runway Wind Shear Crosswind Ceiling 52

Plane and Pilot

OCTOBER 2, 2024

No flying in winds exceeding 10 knots, no chance of obscuring precipitation, no use of runways shorter than 5,000 feet, no risk of encountering darkness or lowering ceilings. By doing so, a recognizable, firm input demonstrates that using all the aileron travel wasn’t the answer—those rudder pedals are not footrests.

Runway 52

Runway Wind Shear Crosswind Ceiling 52

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. Early on a speed restriction of 130 knots was applied as a flutter issue. This was resolved on the kit version and led to cruising at 50% power and 120 knots, which proved to be the Gweduck’s sweet spot.

Airplanes 59

Airplanes Rudder Knot Aileron 59

Plane and Pilot

DECEMBER 16, 2024

Planespotters note the F2’s separate ailerons and flaps, conventional tail. But you can see the change to separate ailerons and flaps is just one part of preparing the F2 to grow into a four-place airplanebuying aerodynamic benefits now to spend later on a heavier, more powerful model. Out back, theres an entirely new tail.

Rudder 83

Rudder Airplanes Aileron Crosswind 83

Plane and Pilot

NOVEMBER 13, 2024

/hp Engine: Rotax 912iSC3, 4-cylinder, opposed, air and liquid cooled, normally aspirated, gear-reduction drive, fuel-injected, 100 hp Propeller: MT composite, two-blade, constant-speed Maximum Cruise Speed: 117 knots Range, Max Range Power: 950 nm Rate of Climb, Sea Level: 750 fpm Max operating Altitude: 13,000 ft. Takeoff Over 50-ft.

Knot 72

Knot Rudder Airplanes Gross Weight 72