... Those ARE the "Mac Daddy" goggles everybody slobbers over (man I wish I had your budget to throw at this hobby .. lol ..)
but that's a whole lot of money for just some empty goggles (they don't even come with a receiver!) and, unless you just like
"trendy" there are alternate choices that will (imho) give you a lot more bang for the buck, otherwise be prepared to plunk down
some additional money for the actual receiver you plug into it and also be sure it's compatible with the VTX (video transmitter)
that comes with your quad.
First, a little primer on cameras/VTX/goggles is in order:
The main thing you want in a camera setup is minimal latency, that is to say the least amount of delay in real time between what you see in the
goggles compared to what's actually happening where the quad is. It doesn't do you much good to have a super clear, wide format (more on that later),
crisp color image of the tree coming at you if you've already hit it by the time it got displayed in your goggles ... lmao ... THAT is why most recordings
you'll see of guys hauling ass through trees (and yes, it is definitely quite a rush) or around gnarly courses look like crap unless they're shot with an additional camera they've also mounted, like a Go-Pro or something). These little analog CMOS cameras aren't used for great picture quality, just speed.
That being said, anything more than about 700 lines is going to be trading latency for clarity (more lines = more data = more latency). Also worth considering is, even if you've got Super I-Max Ultra HD goggles but they're being fed a crap picture then what's the point ? It IS really nice for the simulators, playing video games, or watching movies where the signal quality that's fed to them will match their performance capability (which are NOT
really HD (that's just a marketing gimmick) they're only SVGA 800X600), but out in the field that ain't the case. Oh and nothing is in wide format either ... lol ... Soooo, just something to think about, it's up to you.
VTX power is important for zipping through trees (when even in close range) and when you're out at the end of the course even if there's no obstructions.
5.8 GHz is very reflective and likes to bounce around obstacles rather than punch through them, so the more power you start with before scattering
it about to finally get to you the better (up to a point). I've seen 25mW VTXs used (snicker) and huge 1W ones too, but 200-600mW is the average power range you'll usually find used. You can't exceed certain power levels in competition flying and there are also (mostly ignored) laws that limit max power allowed too, depending on where you live. So what's a guy to do ? Get the best antennas you can (high dB gain)!! Most anybody you see with one antenna
on their goggles is going to be sporting a "mushroom" antenna (skewed planar or clover leaf in a protective shell) If they have
two they're using a "diversity" system. Diversity kicks ass because it's basically a twin system that switches to which ever antenna is picking up the best. The advantage here is you'd use one "mushroom" and one "patch" (planar) or a helical antenna then let the VRX (video receiver) pick the best signal. Any mushroom is omnidirectional but a planar or a helical is very focused into a narrow beam (at least compared to the others). In other words, the same 200mW power will be able reach out much further distances (and stronger through obstructions too) when using a focused beam (that's the EFFECT, it's actually the exact opposite in that it's the radio's
reception ability that's being focused, not the radiation pattern of the VTX but let's not get overly technical).
There you have it ... lol ... you can pay $500 for those goggles, then buy a receiver to put into those goggles, or maybe even buy an aftermarket add-on kit
that converts Fat Sharks to diversity (Google "LaForge" and/or "Furious" diversity kits) or maybe just get these instead:
https://hobbyking.com/en_us/skyzone...rsity-32ch-receiver-with-head-tracker-v2.html
https://hobbyking.com/en_us/skyzone...rsity-32ch-receiver-with-head-tracker-v2.html
Fat Shark: 800X600 res @ 43 FOV vs Skyzone: 854X480 res @ 30 FOV
(no VRX at all) $500 plus ??? (built in diversity VRX) $350
You've got some more homework to do !
