Still doing my self-study on IFR stuff. I have a friend out near Boise that I want to go see via my plane (from Illinois) so during IFR studying I tend to look at the low charts near Boise to see what it would take to get around the rocks.
So with that background, looking at the charts I am wanting to make sure I understand this right. Below is a section of the V4 airway. Looking at the area north of Fort Bridger the MEA is 16,000 and the MOCA is 11,700. The OROCA to the north is 13,700 and to the south is 12,600.
The MEA ensures VOR navigation capability, right? The MOCA ensures I have 1,000 foot clearance from obstacles. Assuming I am navigating via GPS, the MOCA doesn't really matter to me, right? If I wanted to fly V4 in this area at 14,000 feet that is no problem? I guess if I lost GPS right there and had to fall back to VOR navigation I could have an issue. But legally with GPS I can go 14,000 feet (heading west) the whole way along? Am I understanding this right?
I guess coming back east I could then do 13,000 and still be ok?
And no we don't need to debate IFR around mountainous terrain. This is theoretical.
So with that background, looking at the charts I am wanting to make sure I understand this right. Below is a section of the V4 airway. Looking at the area north of Fort Bridger the MEA is 16,000 and the MOCA is 11,700. The OROCA to the north is 13,700 and to the south is 12,600.
The MEA ensures VOR navigation capability, right? The MOCA ensures I have 1,000 foot clearance from obstacles. Assuming I am navigating via GPS, the MOCA doesn't really matter to me, right? If I wanted to fly V4 in this area at 14,000 feet that is no problem? I guess if I lost GPS right there and had to fall back to VOR navigation I could have an issue. But legally with GPS I can go 14,000 feet (heading west) the whole way along? Am I understanding this right?
I guess coming back east I could then do 13,000 and still be ok?
And no we don't need to debate IFR around mountainous terrain. This is theoretical.