You've been cleared for the ILS, and you break out of the clouds around 500 feet. As you begin your flare, traffic crosses the runway ahead of you. You initiate a go-around, but you're beyond the missed approach point (MAP).
Trapped lee waves propagate out horizontally, and they can extend hundreds of miles downwind of the mountain barrier that creates them. Here's how they form, and how you can avoid them.
You're flying an ILS through icing conditions and your airspeed suddenly begins decreasing. Your pitot tube is covered in ice. What would you do? Here's what happened to this pilot.
There are two primary types of mountain waves: trapped lee waves, and vertically propagating waves. In this article, we'll focus on trapped lee waves, and the types of turbulence you can expect flying through them.
At the surface, freezing drizzle might seem like just a smaller version of freezing rain. While this may be true in some ways, the process that forms each is different.
Icing conditions can rapidly deteriorate your performance in a piston aircraft. Here's what happened to one pilot in an IMC flight over mountainous terrain.
A Special VFR Clearance can get you into or out of an airport with low ceilings and visibility. But do you know when you can use it, and if it's a good idea?
Have you ever heard "clearance void if not off by 1235 Zulu?" It all comes down to one-in, one-out rules for ATC managing IFR traffic at non-towered airports.