I don't really understand your question -- but as an AVIATOR you need to compensate for the BURBLE on nearly every approach when coming aboard ... but in general, the BURBLE is there every day; it moves and it changes in intensity (all usually directly related to how fast/slow the ship is moving through the air mass). Certain aircraft are more susceptible to the BURBLE than others ... depends on wing design and approach speeds, primarily.Does the burble change approach at all, especially if a pilot is used to flying off a nuke ship?
Does the burble change approach at all, especially if a pilot is used to flying off a nuke ship?
I don't really understand your question --
I'm not certain how a "nuke" carrier would alter the equation except for the obvious of a newer island design profile and the lack of stack gas ... but the ships' stack exhaust was seldom a player in the CV aircraft approach in any case ... there was an ol' cartoon of the RAMP/BURBLE monster (Approach magazine?) w/ open jaws waiting for you -- they would always post it prior to every CQ evolution.
Does the burble change approach at all, especially if a pilot is used to flying off a nuke ship?
MB, did you land on anything smaller than a CG?
Volcano can make a difference in the 60B, especially with little wind over deck. The other thing I used to notice about CGs, is that the flight deck "translated" back and forth more under you. Between CGs being top heavy (read as roll a lot even in calmish seas for their size) and the flight deck being over twice as high above the ships roll center vs a DDG/FFG it seemed to need more "chasing" at times.
Spru-can DDs (same hull/flight deck as CG) were similar, but less top heavy, and nowhere near as severe burble due to smaller superstructure. It felt like you were in cleaner air up on the perch than a CG.