reply to post by JJRichey
Hey, the B-2 is a beautiful looking airframe. Who wouldn't want to talk about it some more?
That said, while I'm an aviation nut - I'm not that affluent within the bomber community, and can't really comment on the previous posts in the
topic.
From an engineering standpoint - none of the problems mentioned are "that big" - aside from the airfoil, which little can be done about. A bomber
built for supersonic flight is probably not going to like external ordnance... sure - external hard-points can be utilized in "oh #" situations of
necessity - but it's like advertising a sports car with a ball-hitch.... who is going to see a sports car towing a boat and say "Well, that settles
it - I'm buying that!"
The problem is that no one wants to fund a proper arsenal these days and run 30 year old avionics like they are the bleeding edge of technology that
they once were, back in the time when AESA and Solid-State Arrays were pre-market technology that only government contractors would be willing to
include in a bid.
The country has been in a recession for a while. While "advanced" doesn't necessitate "complicated and a maintenance nightmare" - no one is
willing to spend the money to put the expensive birds in the air, 'fix' the maintenance issues through block upgrades/"kits", or design/build the
next generation with the lessons learned from the previous.
Now everyone is broke or otherwise threatening to spend themselves into runaway inflation. I don't see the B-2 getting much more attention -
relegating it to be more of a niche airframe.
The B-52 will be flying on other planets, I'm almost convinced. It's such a utilitarian airframe that I don't see it ever going away completely.
The existing airframes will eventually be retired, but I'd be willing to bet a nearly identical aircraft made of the materials of the time will
replace it.
The B-2 will probably be around for some time - probably to see a follow-up design that forsakes "stealth" for the pure aerodynamic advantages that
come with flying wing designs. The B-2 would actually be fairly cheap were it made out of more standard and maintenance friendly materials - and the
computer you are on has the power to run the stabilization computations - so even that is not really expensive, especially given the amount of
research already done on the flying wing designs (expensive to develop - cheap to apply).
The B-1 will not likely see a literal successor. Variable-geometry will probably be an area of interest as the field of metamaterials and memory
metals takes off... but that's a while down the road. The Interim bomber competition would have been the spiritual successor to the B-1 in a smaller
package - but that program was put on hold (or canceled, I do not remember) - and I am not sure if there has been a successor to that program (similar
goals - different name - happens all the time).