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X-Plane 10 wake turbulence on final

Tested in XP10.03 r1 free demo, downloadable here:
http://www.x-plane.com/downloads/x-plane_10_demo/
Landing behind a Boeing 737 in the (payware) Cessna 152 II from Carenado with not enough safety distance, this is how wake turbulence affected me, I had almost no controls and had to abort my approach.

Tuckie

Piloto acrobático, videoblogger de aviación, piloto virtual, videospotter y gran entusiasta aeronáutico.

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31 comentarios

  1. And while I’m still thinking about it for you and anyone else who comes along with the same question, world detail distance being set on low isn’t a problem imo. It just doesn’t draw buildings and trees from as far away as higher settings. The terrain and the streets still render all the way out. The street lights add a nice touch at night.

    Unlike in XP9, crucial airport details like the VASI/PAPI glide-slope lights render from pretty far away with that render setting on low.

    Hope that helps

  2. Is that a trackIR you’re using? The head movement looks so natural. Got my XP a while ago… love every bit of it! Bought the Cessna Super Caravan from Caarenado – it’s GREAT!

  3. you kidding?! X-Plane is the most realistic simulator for private use. And it’s also authorized for real pilot training by the FAA (in an extended version).

  4. I had this same turbulence the other day landing near the coast. Its almosy impossible to deal with it safely.

  5. Due to FAA investigation you are right about clean configuration. I never was looking closer to it and wonder why is that so. When wing chord is bigger and wingspan is the same the elongation of the wing is lower. When elongation is lower the stronger is the inducted drag. The inducted drag is also bigger at lower airspeeds and it’s a fact proven in equations.In free time i will search for some CFD researches and more info at this area cause it intrigued me.

  6. As the name suggests the aircraft creates turbulence in its «wake» (i.e. behind it). Every aircraft creates wake turbulence (WT) as it flies through the air, at take-off, cruise, climb, etc (i.e. all phases of flight). The severity of the turbulence increases as the size of the aircraft increases. So a B747 or A380 will produce much larger WT than a C172 for example. So in this video a small aircraft flying behind a larger one will experience this WT (rotating air coming off each wing tip).

  7. @mjiscool2345 Wrong, it can just as easily happen on final behind larger aircraft that unsettle the air. Standard and simple practice would be to fly a glide path just a little higher than the large plane in front. Take care to note where the plane ahead of you touches down on the runway and aim to touchdown slightly ahead of his touchdown spot.

  8. thats not wake turbulence lol wake turbulence begins where the jet would take off, or rotate and to avoid it in a single engine prop all you need to do is land before the point at which the jet pilot rotated the aircraft

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