Works very well. I find the biggest problem is getting my probes to make a consistent connection to get repeatable readings, but that's a probe problem, not the adapter.
There was one component that is soldered on at a 40 degree angle - Looks like a 3 point smd (sot-3?) on the board, but has a 5 leg component. Looks goofy, but it seems to work.

Overall, it works well, but it is limited... A missing touch (which would make it more expensive) would be to have an on board calibration. My probes measure 190mOhm so any reading I take, I have to subtract that. Easy math, but would be nice to 'zero it' on the adapter -- after all; this is marketed to cheap DMM users, which usually lack a 'zero' button. (I recognize the price point it probably doesn't make sense for this feature)
But that leaves me limited. Anything over 10 milli ohms , I have to go from 200mv range to 2v range, losing some precision. Also, 1ohm -YourProbeResistance = max resistance you can measure. (Range appears to be 0 to 1 ohm). I tried to find the lowest reading I could get - and using some (unmelted) solder (I forget the percentage/makeup) I got 3.2miliohms, with the other solders/wires and direct adapter-end to adapter-end was between 10mili ohm to 30mili ohm. Your probes, solder joints, etc will really play a roll in the range you are ultimately able to read.
The adapter is much more sturdy/stout/strong than I expected.
You must remember to turn it off -- the battery life is short if you forget.
Pre-sale communication was great; post sale questions have gone unanswered...

if you are digging around your board/project looking for that small needle in the haystack problem, this could help. Be sure your probe tips are sharp so you get a good consistent reading.

I will recommend it to friends....