I feel like I'm totally missing something in this thread, or something is going way over my head. Are you saying that the videos and stuff are doctored or that this thing is purely theoretical and doesn't actually fly or what?
I'm confused.
Ever notice how every heavier than air fixed wing aircraft has pretty much looked like the wright flyer? Couple of wings, one or more engines? Whether it's a Spitfire or a 787 or a DC-9, everything is pretty much the same because of the constraints of the physical world we live in.
Ever notice how helicopters all pretty much look the same? Same problem.
When you use a surface, be it a wing or a rotor blade, to move through air and generate lift, it's going to look pretty much like every other one that's come before it.
Mixing the two together like a platypus is an evolutionary blind alley. It's not creative, it's a freak of nature that doesn't serve any purpose.
This thing is the Panda of the aviation world. It works because the rotors are lifting the body; the wing isn't doing anything most likely. If it did, someone else would have tried it in the past.
But wait! It HAS been done before!!! But the modern incarnations of this still look like helicopters, because the rotor is still providing the lift.
https://en.m.wikipedia.org/wiki/Sikorsky_S-97_Raider
There are also some tests being done by DARPA right now to do something similar, but a wing is being used in order to increase speed.
This thing has a top speed of around 100 knots, not the 250 the X2 produces, or the 275 knots of the OV-22.
And speaking of physics, there's a reason helicopters have a Max speed in the fluid that we live in.
https://www.decodedscience.org/why-cant-helicopters-fly-fast/22018
So maybe this guy designed this thing to take off vertically with the rotors, and then use the wing for forward flight? Now you've got a really draggy wing. But with that kind of a speed limit, what's the point? It's nowhere near as fast as a quadcopter could go without the extra mass and drag of a wing.