The model art most likely represents Agm-86.
Loadout for Agm 86B on B-1b prior to Salt2 -
Fwd - 2x(2)
Int - 2x(2) main station + 2x(1) abreast station
Aft - 2x(2)
I think that makes way more sense than destroying production lines. Keep the line, even if nothing is being produced (although ideally you should have some minimal production to keep the supply and spares lines intact), until a replacement is in production. That way if there is an emergency you can build something rather than having no options. Witness the C-17 and F-22 debacles, with lines destroyed and then - hey, we could use some more of those.We could see something similar on the other shore of Atlaintic ocean (Pacific as well) - Russia restore production of Tu-160 Blackjacs after decades of launching the last (Soviet-time) example. I'm sure that's not an easy task, though...
Difference is the line never went anywhere. It just collected dust. Big difference.
He's right, the B1-B is stated to have been capable of carrying 14 AGM-86Bs externally.Those are the two station pylons. The two single pylons aren't attached.
There are smarter people than myself here but the bone never did because of aerodynamicsHe's right, the B1-B is stated to have been capable of carrying 14 AGM-86Bs externally.Those are the two station pylons. The two single pylons aren't attached.
It didn't because of a Treaty, which also affected the Tu-160.There are smarter people than myself here but the bone never did because of aerodynamics
fromHe's right, the B1-B is stated to have been capable of carrying 14 AGM-86Bs externally.
There are smarter people than myself here but the bone never did because of aerodynamicsHe's right, the B1-B is stated to have been capable of carrying 14 AGM-86Bs externally.Those are the two station pylons. The two single pylons aren't attached.
Thanks for confirming. Its 14.
Thanks for confirming. Its 14.
Also second row of graphics show how the bulkhead is moved forward to fit the hypersonic missiles (ALCM in the graphic)
So, a total of 10-12 ARRW could be mounted (6 external+ 4-6 internal (?))
Could it even fit on the existing AF rotary launcher, if yes, whats its weight limit?
View attachment 640902
The acoustics under the B-1B are -terrible- with high pressure vortices flows that curl up around the glove root and beat the skin with something like 170 decibels of constant thumping. Tore the AGM-86 to pieces. The AGM-129 was designed to handle the aeros environment but the drag on the jet became so bad that it could neither make range nor refuel at a safe height
The 1B would probably run out of fuel trying to dash supersonic with all that drag...
The acoustics under the B-1B are -terrible- with high pressure vortices flows that curl up around the glove root and beat the skin with something like 170 decibels of constant thumping. Tore the AGM-86 to pieces. The AGM-129 was designed to handle the aeros environment but the drag on the jet became so bad that it could neither make range nor refuel at a safe height
The 1B would probably run out of fuel trying to dash supersonic with all that drag...
Still waiting for a source.
The acoustics under the B-1B are -terrible- with high pressure vortices flows that curl up around the glove root and beat the skin with something like 170 decibels of constant thumping. Tore the AGM-86 to pieces. The AGM-129 was designed to handle the aeros environment but the drag on the jet became so bad that it could neither make range nor refuel at a safe height
The 1B would probably run out of fuel trying to dash supersonic with all that drag...
Still waiting for a source.
Probably not going to get one. Everything forward of the nacelles was pretty benign, the flow aft of the nacelles was pretty challenging. If we had problems with a separation test on the Bone chances were it was an aft bay test. Got to see some pretty interesting video back in the day of aft bay tests...
The acoustics under the B-1B are -terrible- with high pressure vortices flows that curl up around the glove root and beat the skin with something like 170 decibels of constant thumping. Tore the AGM-86 to pieces. The AGM-129 was designed to handle the aeros environment but the drag on the jet became so bad that it could neither make range nor refuel at a safe height
The 1B would probably run out of fuel trying to dash supersonic with all that drag...
Still waiting for a source.
Probably not going to get one. Everything forward of the nacelles was pretty benign, the flow aft of the nacelles was pretty challenging. If we had problems with a separation test on the Bone chances were it was an aft bay test. Got to see some pretty interesting video back in the day of aft bay tests...
I could see air getting all jammed up with 6 abreast as well as the 2 nacelles. Maybe that's why they're sticking to in-line only, and going with bigger weapons.
sferrin, you wil find some information in this document. The rest is gleaned from memory in documents and interviews probably no longer found online.The acoustics under the B-1B are -terrible- with high pressure vortices flows that curl up around the glove root and beat the skin with something like 170 decibels of constant thumping. Tore the AGM-86 to pieces. The AGM-129 was designed to handle the aeros environment but the drag on the jet became so bad that it could neither make range nor refuel at a safe height
The 1B would probably run out of fuel trying to dash supersonic with all that drag...
Still waiting for a source.
sferrin, you wil find some information in this document. The rest is gleaned from memory in documents and interviews probably no longer found online.The acoustics under the B-1B are -terrible- with high pressure vortices flows that curl up around the glove root and beat the skin with something like 170 decibels of constant thumping. Tore the AGM-86 to pieces. The AGM-129 was designed to handle the aeros environment but the drag on the jet became so bad that it could neither make range nor refuel at a safe height
The 1B would probably run out of fuel trying to dash supersonic with all that drag...
Still waiting for a source.
Thank you!sferrin, you wil find some information in this document. The rest is gleaned from memory in documents and interviews probably no longer found online.The acoustics under the B-1B are -terrible- with high pressure vortices flows that curl up around the glove root and beat the skin with something like 170 decibels of constant thumping. Tore the AGM-86 to pieces. The AGM-129 was designed to handle the aeros environment but the drag on the jet became so bad that it could neither make range nor refuel at a safe height
The 1B would probably run out of fuel trying to dash supersonic with all that drag...
Still waiting for a source.
Shouldn't this go on the fan art page?
Shouldn't this go on the fan art page?
That is fast for a bomb drop, 41.2 seconds, especially for the bombs to be the Small Diameter Bombs. Another thing were they dropped onto separate targets?
Shouldn't this go on the fan art page?
That is fast for a bomb drop, 41.2 seconds, especially for the bombs to be the Small Diameter Bombs. Another thing were they dropped onto separate targets?
The time and being on separate targets isn't beyond belief. It's just that I think it might be fan art, It definitely isn't a real video.
I think the external ordnance had to be released before the bomb bays had clearance.
Academic I think, because no one is investing any time or money getting the externals operational (outside the SNIPER pod) on the small number of tired aircraft that are combat coded. B-1 is I think the first platform due to be replaced by B-21 now.
Not seeing anything that contradicts my post.Academic I think, because no one is investing any time or money getting the externals operational (outside the SNIPER pod) on the small number of tired aircraft that are combat coded. B-1 is I think the first platform due to be replaced by B-21 now.
Yeah, that's not true. Go to the previous page and the top of this one.
"You can lead a horse to water..."Not seeing anything that contradicts my post.Academic I think, because no one is investing any time or money getting the externals operational (outside the SNIPER pod) on the small number of tired aircraft that are combat coded. B-1 is I think the first platform due to be replaced by B-21 now.
Yeah, that's not true. Go to the previous page and the top of this one.
I have a hard time believing anything could come out of the back two bomb bays in the configuration. Everything I've heard is that the turbulence between the nacelles gets really bad. I read once that the B-1 was limited to just sixteen Mk82 (500#) JDAMs and when I actually found a guy who claimed to be a B-1Nav named Calvin, he confirmed. I asked him about that; he said that to drop that size bomb they had to use the same rack as the CBU-87s (10x per bay) but that ordnance had separation issues - the front bay could carry the full ten, but the next one only four, and the back bay only two, for the total that I'd read of sixteen. I assume something about the aerodynamics or weight of TMDs allowed for the full number to be carried. But point being, that's rough air and I doubt lining the area around the bomb bays with draggy pylons and 3000lb missiles is going to smooth it out.
Academic I think, because no one is investing any time or money getting the externals operational (outside the SNIPER pod) on the small number of tired aircraft that are combat coded. B-1 is I think the first platform due to be replaced by B-21 now.