Hey man, one thing I am not seeing in your synopsis of my video is that I made a couple things very clear
1 - This is purely my opinon
2 - This is a huge generality based on my experience, and of course there will be plenty of exceptions to the rule.
Appreciate the kind words, and I don't disagree with anything you are saying in your original post, but I do think leaving those things out leaves out a lot of context of what I was talking about.
I caught where you made it clear it was your opinion, based on experience & there are exceptions to the "rule". I didn't mean to leave out any context. I guess I assumed everyone would at least skim the video and pick up on that.
I did mention where you said there are exceptions to the rule and expanded on it that there's so many exceptions you couldn't really call it a rule to begin with. Thinking about all those exceptions is what made me create the thread in the first place. Gear nerd stuff like pickup design and how certain aspects of it can influence overall tone gets my brain working.
I wish I still had the book on pickup design and winding, but it got destroyed it in a flood a while back. I'd reference it if I could remember the actual title. It had a bunch of info on things like scatter winding vs uniform winding, wire gauges & coatings, metal alloy for slugs & screws, and how you could use all those aspects to shape the overall tone.
It had a good section about pickup output as well. One of the parts that stuck out to me was how there was a misconception that DC resistance (what we call pickup output) isn't the whole story and doesn't translate as 1:1 to actual output. The DC resistance is mainly determined by the wire material and length; i.e. Gauge, material, coating, and number of wraps. But other parts of construction such as magnet type/strength also influence output that isn't picked up just my measuring resistance. To determine true output it really needs to be measured on a scope while playing.
From my understanding when looking at resistance alone, higher resistance typically translates to darker tone. To my ears a darker tone sounds less clear and articulate. So saying higher resistance instead of higher output sounding less clear/articulate (or darker) would hold up better as a generalization.
On the amp side of things, the more signal you feed an amp generally the more compressed it gets. When talking signal alone, that typically lessens the clarity. High gain amps are already amplifying and compressing the signal a good bit. Hit it with more signal and you get more compression. Push too much signal into it and that compressions starts turning into mush.
I believe this was more the point you were making in your video... Hit the front end of a high gain amp with a high output pickup and you can turn the nice sounding compression into mud. Not that your assessment is wrong, just incomplete or maybe just looking at it from a different angle. As mentioned above DC resistance; which we over simplify as output, is only one aspect of a pickup's output. That's where I was going with my original post. I think what you've experienced is a product of a pickup having both high resistance and high output; like the Duncan Distortions. Or in the case of the Sugarbuckers low resistance and low output.
If I ever figure out the title of that book I'll post it. When looking for it, I did come across this Seymour Duncan article on resistance vs output that sums up what I'm talking about here. I think it's worth the few minute read. You probably have some good contacts... Maybe you can talk someone into giving you a behind the scenes look and talk about pickup output and high gain amps. I think that'd make a cool video; FWIW I'd watch it.
Anyway, I'll stop here before I start rambling too much and write an incoherent novel LOL. And here's the link to that SD article.
Seymour Duncan blog: Resistance vs Output