dbbd1
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^ Yes, exactly. In theory, if you measure in the same spot, before and after, just above the spindle, you should get 2" drop.
However, there are still too many variables to this. When was it measured for the "pre" measurement:
Right after bringing home the kids and a bunch of groceries (springs compressed and not relaxed)
After a long road trip (tires warmed up and expanded a bit)
After being jacked up, oops forgot to measure, and lowered again to measure before to work bring done (suspension stretched and relaxed)
Human error (need I say more)
Uneven ground- but hey, it looks level (subtle but real weight redistribution)
You get the point. And, don't forget the WTF factor. **** happens. For too many cosmic reasons, things just don't seem to work out the way they should on paper (or garage floors).
I assume that that is why manufacturers always say "3 to3-1/2" instead of specifically stating 3". It's CYA legalese. Is it a 2" drop spindle, yes. Will it lower the spindle 2", yes. After that, it's beyond their control.
However, there are still too many variables to this. When was it measured for the "pre" measurement:
Right after bringing home the kids and a bunch of groceries (springs compressed and not relaxed)
After a long road trip (tires warmed up and expanded a bit)
After being jacked up, oops forgot to measure, and lowered again to measure before to work bring done (suspension stretched and relaxed)
Human error (need I say more)
Uneven ground- but hey, it looks level (subtle but real weight redistribution)
You get the point. And, don't forget the WTF factor. **** happens. For too many cosmic reasons, things just don't seem to work out the way they should on paper (or garage floors).
I assume that that is why manufacturers always say "3 to3-1/2" instead of specifically stating 3". It's CYA legalese. Is it a 2" drop spindle, yes. Will it lower the spindle 2", yes. After that, it's beyond their control.