jrh
Well-Known Member
I'm curious, when issuing a special VFR clearance to an aircraft, what criteria do controllers need to meet?
I'm assuming the criteria is different for radar vs. non-radar environments, but could somebody give me specifics?
Also, how does it work to coordinate SVFR and IFR traffic? Like, say, an airport is in IFR conditions (maybe, 1000 overcast and two miles visibility) and an aircraft calls up wanting an SVFR clearance to come in and land. At the same time, an IFR aircraft wants to shoot an approach. Is this a problem? Again, does radar vs. non-radar make a big difference? How about if the controller has radar, but the SVFR aircraft does not have a transponder?
Another question, is it possible to get a SVFR clearance over a long distance (say, 50 miles)? If an aircraft wants to transit one facility's airspace and continue on to another's, do the controllers just coordinate that with each other as they would when providing radar advisories? How about in a non-radar environment?
Finally, if a pilot wants to get an SVFR clearance from an FSS specialist over the phone, how does that work? Is it just a matter of the specialist calling the nearest ATC facility and relaying the clearance from a controller?
Sorry for so many questions...I'm trying to get a good understanding of what happens "behind the scenes" so to speak, and what goes in to getting an SVFR clearance made up. I'm trying to figure out scenarios when it's quite likely I could get an SVFR clearance without problems, as well as scenarios when I can't count on going SVFR.
I'm assuming the criteria is different for radar vs. non-radar environments, but could somebody give me specifics?
Also, how does it work to coordinate SVFR and IFR traffic? Like, say, an airport is in IFR conditions (maybe, 1000 overcast and two miles visibility) and an aircraft calls up wanting an SVFR clearance to come in and land. At the same time, an IFR aircraft wants to shoot an approach. Is this a problem? Again, does radar vs. non-radar make a big difference? How about if the controller has radar, but the SVFR aircraft does not have a transponder?
Another question, is it possible to get a SVFR clearance over a long distance (say, 50 miles)? If an aircraft wants to transit one facility's airspace and continue on to another's, do the controllers just coordinate that with each other as they would when providing radar advisories? How about in a non-radar environment?
Finally, if a pilot wants to get an SVFR clearance from an FSS specialist over the phone, how does that work? Is it just a matter of the specialist calling the nearest ATC facility and relaying the clearance from a controller?
Sorry for so many questions...I'm trying to get a good understanding of what happens "behind the scenes" so to speak, and what goes in to getting an SVFR clearance made up. I'm trying to figure out scenarios when it's quite likely I could get an SVFR clearance without problems, as well as scenarios when I can't count on going SVFR.