It's still 1.5kt, it'd wreck a whole formation of bombers.Genie was to turn nukes on the bombers into duds, not to kill so much.
They're referenced in a few papers by Boyd but he never shows them directly in any I've foundDo we happen to have E-M diagrams (doghouse plots) for the F-106?
It may have been considered good enough against single bombers as well; the RAF considered chucking tactical nuclear bombs at individual aircraft.There is a whole lot of volume to fill, so not as likely to kill dispersed groups in practice. Soviet bombers flew during peace-time within visual range of others but in a hot war this was not expected to happen. The lack of effectiveness to dispersed targets made this a goldplated solution.
FYI, another new stack of pictures showing the development of an advanced Convair F-106 were uploaded at the SDASM Flickr archive today.Advanced F-106
[...]
There are Boeing STOL F-106 projects;
http://ntrs.nasa.gov/archive/nasa/casi.ntrs.nasa.gov/19800075253_1980075253.pdf
Not to meddle, but did you ever get any higher quality documents?I reached out to the SDASM archives about a month ago to get that document rescanned. We should have a better cross-section profile in only another week or two, as well as better proposed armament information.
I thought I did but I can't find the response now.Not to meddle, but did you ever get any higher quality documents?
They would not be flying in formations, they'd fly far apartIt's still 1.5kt, it'd wreck a whole formation of bombers.
The assumption here is the F-106 managed (somehow) to get into shooting range. (Which makes me wonder how much range Sky Scorcher would have had. . .)An unguided nuke with a kill radius of about 300-500m.
A modern-day, dedicated interceptor with most of the F-35's Avionics would be interesting... Swap the EOTS for an air-to-air optimized IRST, maybe?If you gave the F-35 the F-106's weapons, electronics, and radar, (or vice versa) it would be a more fair comparison.
And gas turbine technology has improved so much- even a plain-Jane turbojet but using current technology and built to the same form factor as the J75 would probably be 40-50% more fuel efficient, a lot lighter and easily in the 35-40k thrust range.A modern-day, dedicated interceptor with most of the F-35's Avionics would be interesting... Swap the EOTS for an air-to-air optimized IRST, maybe?
edit: Thread to discuss this is: https://www.secretprojects.co.uk/th...dern-interceptor-forum-input-requested.52021/
See the Boom engine.And gas turbine technology has improved so much- even a plain-Jane turbojet but using current technology and built to the same form factor as the J75 would probably be 40-50% more fuel efficient, a lot lighter and easily in the 35-40k thrust range.
I didn't get a response. I have them but I gotta rename the files. Will get back to you in the next couple days.I thought I did but I can't find the response now.
The Boom engine is bigger in diameter than the 1-106 - well almost - lololSee the Boom engine.
I'm not sure what to do with "this file is too large for the server to process"I didn't get a response. I have them but I gotta rename the files. Will get back to you in the next couple days.
Tag @overscan (PaulMM)I'm not sure what to do with "this file is too large for the server to process"
How should I send them?Sure. Send me the files and I'll upload. Users cab only upload files up to 20mb.
I've got the files. Insanely high res scans, but one is quite distorted. I'll upload in a more usable format.How should I send them?
Distorted? They appear fine on my device, so I'm not sure what you mean/you're experiencing. Also yeah. 2400 DPI scans are bit ridiculous, but this is what I was given and I was hoping to preserve at least a little bit of that quality.I've got the files. Insanely high res scans, but one is quite distorted. I'll upload in a more usable format.
Now I'm having visions of an F-105 with a J93. . .Given that the F-106B cockpit improves aerodynamics, they should have just used the same fuselage contour for the single seat version and use the space for additional fuel.
Frankly, given all the redesign effort, why not just replace the J-75 with the J-93, which is 1000lbs lighter than the J-75, more fuel efficient, and would allow for higher speeds, maybe Mach 2.7. Sure, it would take a bit of shoehorning to fit it, but considering the intake mods, it wouldn't be that big of a deal.
For those speeds I think you'd have to rework the cockpit, wing leading edges, and other areas, otherwise you'd probably run into thermal issues.Given that the F-106B cockpit improves aerodynamics, they should have just used the same fuselage contour for the single seat version and use the space for additional fuel.
Frankly, given all the redesign effort, why not just replace the J-75 with the J-93, which is 1000lbs lighter than the J-75, more fuel efficient, and would allow for higher speeds, maybe Mach 2.7. Sure, it would take a bit of shoehorning to fit it, but considering the intake mods, it wouldn't be that big of a deal.
I feel like a turbofan J75 would be a better use of time?Given that the F-106B cockpit improves aerodynamics, they should have just used the same fuselage contour for the single seat version and use the space for additional fuel.
Frankly, given all the redesign effort, why not just replace the J-75 with the J-93, which is 1000lbs lighter than the J-75, more fuel efficient, and would allow for higher speeds, maybe Mach 2.7. Sure, it would take a bit of shoehorning to fit it, but considering the intake mods, it wouldn't be that big of a deal.
Not for a high altitude interceptor.I feel like a turbofan J75 would be a better use of time?
If you slap something commensurate to the big dish then you might not need to go as high. But yeah. Even still, J75 upgrades could probably squeeze some better performance out of it.Not for a high altitude interceptor.