

jaylw314
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Everything posted by jaylw314
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"TDC depress" isn't anywhere on the chart, but it should either go in the TDC section or the Trigger section Edit: just checked, not in the most recent manual update either
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Then that's another fix to put in the typo bin for the manual
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You can always remove the waypoint clutter from waypoints by flipping the STEERPT switch on the AAP to MARK, then you will only have markpoints and your one current steerpoint with the default HMCS setup. Given that many JTAC-coordinated CAS engagements are done by visual references, markpoints are pretty useful. I think you can still enter and edit waypoints as well. Of course, if you're like me and use markpoints liberally, you now have your HMCS cluttered by markpoints
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IIRC, the other non-functional dimming controls are the UHF repeater and the clock
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It's supposed to be just half-trigger in HRM for the expand function, according to the most recent manual. In Notso's video, you can hear him say "half-action trigger pull", so that seems to jive:
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That being said, the WSO controls were previously AFU, and TDC press actually was inadvertently used for HRM expand. I don't think it's supposed to have any function according to the manual. I think they fixed this more recently, but haven't checked.
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OK, that is hella cool info and pics, thank you! Did not realize some have adjustable f-stops
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Out of curiosity, are the NVG's you used really unable to focus close up? I knew someone who claimed to have worked maintenance on A-10's, and he claimed the NVG's did not really have that limitation
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OK, then the current implementation does look like that--I have enough space to peek under the NVG's. The implementation has changed over the years, there were some times the lenses took up 75% of the width of the FOV, which didn't leave enough room to peek under or around them, but this current one actually seems consistent with your description. However, it seems to be implemented this way with at least one other module, I assume different aircraft would have different configurations
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Yikes, I remember there was some sound changes a couple years ago...
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Hmm, most VR headsets have an FOV about 80-100 deg or so, so a 40 degree eyepiece would be completely doable in VR. Does the image go away when you are not looking directly at the eyepiece, or can you see the image in your peripheral view when you look away (like binoculars)? The first effect would probably be tough to do in VR but would be neat/annoying
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I've heard opposite things about NVG's from two different buddies who worked in maintenance. I just haven't gotten them in the same room at the same time to hash it out FWIW, in VR, the NVG's now seem to subtend an angle of about 50-60 degrees, so if it's a 1" eyepiece, it'd be about 1"-1.5" away from your eye.
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The most recent RAZBAM manual still notes the TACAN mode of the autopilot is not implemented yet. I know they've played with the altitude hold gains, but it still does seem a bit off. I've found messing with pitch trim after the autopilot is engaged helps, so I wonder if it has problems when you're not exactly trimmed to 1.0G before engaging it
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IIRC it includes both, but they are downloaded separately, so you have to select both of them from the module manager. I am unsure how it works with DCS Steam version
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You'd probably like the Rising Squall campaign for the Hornet, but there really isn't any paid campaign like that for the A-10C. Conceptually, the problem is that the A-10C does not do "excitement" all that well, since getting shot at is generally poor for your health . Your virtual pilot might survive, but you'll have to restart. That being said, many of the early TEW3 missions are pretty slow, but they do pick up the pace later on. With the AI wingman?? That would amount to "lead will engage, 2 will run out of fuel and eject"
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I'm going to guess there was some attempt at a max speed run
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My understanding is the INS actually drifts some during the drop, so that tells you how quickly it can drift. The GPS isn't used for correcting the INS until about 30 seconds after release, and if GPS is unavailable or jammed, it uses INS the entire way. So that kind of suggests the drift within 30 seconds is within tolerance, but after that it might start to be significant
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My understanding is also that if you designate a point with the AG RDR, it will apply the elevation of the sequence point in PB17 of the radar. If it's far off from the designation point, it could have a different enough altitude to be a problem.
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A-10CII can't receive NDB's, it only has (or should have) ADF for UHF and VHF-FM.