I thought we covered that - that the Birmingham approach would not  require that rate of descent, but that there is nothing "magic" about  the number 1000.
As you note, there are a handful of approaches that require a higher rate.
I gave an example of an approach that would require slightly higher than 1000 fpm.
I  worked for one 121 carrier whose SOP was VS-1000 max, VS-1200 max if  briefed. There were a few non-precision approaches with very short final  segments where 1000 was just not going to get you in at minimums.
Bottom  line is that even limiting to VS-1000 can kill you in some situations,  depending on situational awareness. I've seen it in the sim more than  once.
Numerical values on the instrument panel are only part of  what makes an approach truly stabilized. The real stabilization takes  place in the awareness of the crew. If the crew is behind the airplane,  even being on speed and on path might not be enough.
Years of sim instructing will teach you an awful lot about how crews react to various non-precision approaches.
One  caveat I will add about descent rates - they need to be planned well  prior to starting the approach. I would not advocate VS>1000 without  having a legitimate reason, and planning in advance.
Exceeding the planned rate reactively during an approach is a very bad idea.