Well, there was the Martin SeaMaster (4 engines), which, IIRC, they thought could be mildly supersonic on the deck. That plane was as tough as nails and had incredible performance to match. It would have certianly been in a class of it's own.
BTW, the USAF did give up on "on the deck" (OTD) air strikes, which was usually done to avoid RADAR, and to limit reaction time of gunners, as you're all well aware, when they figured out they could evade RADAR with technology (LO). In fact, they stated as much to the Navy when the Navy was developing the A-12. The reason the A-12 had the exhaust on the bottom was that the Navy believed that it would still have to penetrate at low level/OTD, so they wanted the exhaust shielded from above.
The USAF disagreed with them, telling them that if they used LO and stayed above 20K ft they should be fine. I'm not sure how much the Navy knew about the F-117 at the time as I'm sure the USAF's experience with it was one of the main reasons for their point of view. This is why the USAF version of the A-12 would have had the exhaust above the wing, instead of below, since they planned on using them above 20k ft and wanted the exhaust shielded from below, e.g.- F-117 & B-2.
Of course, the low level strike work, if actually needed, would now be handled by Strike Eagles. Although their performance is certainly not anywhere near the best performance of a pure strike design in this role.