Originally Posted by
rcbarend
As far as I can tell, an ILS approach works perfect ... See picture.
(I'm using my own scenery VOR/ILS here, so I know exactly how it should behave).
What I've done to test:
- I setup a flight, with the MV22 flying on AutoPilot: Heading set to Localiser heading, NAV1 set to the ILS freq, VOR/ILS button set to 1/NAV, WYPT button set to ARM, Alt set to 2500 ft, Speed set to 150 Knots and Flaps-10.
With AP buttons CPLD to ACT, HDG Hold ON, SPEED Hold ON, ALT Hold ON, 20 nmiles out.
- I click the APPR to Act (this is the ILS Hold button in a default AP gauge)
- HDG Hold goes Off, since the aircraft is in range of the ILS Localiser; so the Localiser has been captured.
- At 18 nMiles out (DME in the PDF), ALT Hold goes Off: it detects the GlideSlope, but flies well below GlideSlope.
- At 9 nMiles out, it intercept the GlideSlope: ALT Hold goes Off, and the MV22 starts following the GS.
Works perfect, as I expected it to work.
See Needles, Diamonds, etc. in the picture.
Of course it doesn't Autoland, since that's not implemented; but all Needles (Localiser/ GlideSlope) and GS interception / GS following works as it should.
Meaning the ILS approach is implemented and works properly.
That said:
I don't think a real MV22 will ever do an ILS approach/landing this way, because it can't land like a normal fixed-wing aircraft that way.
But if you use it for the Approach part, it will work as any "normal" aircraft in FS. Including ILS Localiser and GlideSlope capturing.
My test flight above, proves that.
Mark, not sure why it doesn't work in your scenery. But the ILS implementation in the MV22 Rel2 package works correct (like it did for Rel1).
Disclaimer: my test is with FSX-Accell
Rob
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