I tried with the Tenma scope I got from Toploser, and it needs a fair whack to get a response, so I guess pretty much all scopes will have this. But then again, an analogue scope would do the same if tapped, because the deflection plates in the tube move inside the tube supports.
You really had to have pretty good tube design, with massive internal support structures, extra bracing along the edges and at the rear, thicker plates and added vibration mountings, so there were no resonant points inside the aircraft vibration envelope to get a CRT to survive in aircraft. They also had to have much thicker glass faceplates and some scary scanning design, so you got a flat faceplate, though there you were slightly less worried about tube depth in the panel, so you could have a long beam throw making the deflection correction easier in the small scan arc, as opposed to consumer which wanted 110 degrees of scan and more to keep the depth down. Drawback was you really ran the phosphor hard to get good brightness and daylight contrast, and the front ran pretty hot in operation.