People are often better at complaining than at remedying their situation.
Some years ago now I was at a friend's flat. He lamented that ASDL was poor. "They'll never offer anything better here" he said. I thought that was odd because I thought I'd seen a cabinet for his section of the district where we both live. So I suggested he check. He waved me off, no need to bother right because he's sure it isn't an option. So I typed his address into the checker and it said he could buy 80Mbps vDSL.
As a result of course he has 80Mbps vDSL. Now, if I'd just agreed "Yeah, it sucks" how long do you think he would have taken to realise he could buy faster service? A year? Five years? Maybe he'd still be moaning now on our Friday Jitsi call instead of complaining that the terrible webcam setup he cobbled together back in late March sucks?
Starlink definitely will be able to at least smooth out the current total patchwork. The question will just be if it's a low density area and (while constellation is building and before optical interlink sats) if it's in a covered zone. Won't always be the best option I'm sure, but it won't be the case that two people a mere half mile away as the crow flies with a small hill between them have to deal with total feast/famine differences.
And people have investigated because basically not having internet is something of a pain but it is what it is.
They do? I live in northern New England an hour so from the border and have some Canadian friends who complain that they have at best the same sort of mediocre 5-10/1-2 ADSL I did up until a year or two ago when fiber became available. They refer to their phone company as "the Jolly Roger" with all said connotations. Looking at this Canadian National Broadband Internet Service Availability Map seems to back that up too:
https://www.ic.gc.ca/app/sitt/bbmap/hm.html?lang=eng
Looks like even 50/10 let alone anything better has pretty minimal penetration, with a lot on really mediocre speeds providing wider areas. Even before sat<>sat optical, Starlink has potential to do a lot better for a lot more people. And once density gets good enough with sat<>sat links, Starlink may flat out offer better latency to remote parts of the world then existing connections thanks to the 40% speed benefit of c in a vaccum/air vs non-photonic bandgap fiber and a more point-to-point topology. That won't matter to everyone but it may be very valuable to certain remote workers.