Not interested in that info, Randy. I'm interested in peak power output and ability to hold up under higher than normal loads. THAT is what I tested.
I tested these at 100A, for 60-seconds, WITHOUT any water cooling. All of the P-LTD legal motors came in at under 150-degrees. A typical P-LTD run in a 1-mile race is around 2:00, give or take. (well, for my P-LTD OPC, it's more like 1:30, but ...
). With water cooling, I'm pretty sure any motor that survived my testing will survive the heat. 
EVERY Electric motor can be pushed to some limit, but testing this small sample of them wouldn't really tell us anything other than what THIS particular sample motor could hold up to. Would the next? I'd need a lot more motors to find that out.
You'll have to be more specific on the brand, etc. Not sure what a "3662 2000KV" means.
I tested these at 100A, for 60-seconds, WITHOUT any water cooling. All of the P-LTD legal motors came in at under 150-degrees. A typical P-LTD run in a 1-mile race is around 2:00, give or take. (well, for my P-LTD OPC, it's more like 1:30, but ...


EVERY Electric motor can be pushed to some limit, but testing this small sample of them wouldn't really tell us anything other than what THIS particular sample motor could hold up to. Would the next? I'd need a lot more motors to find that out.
Did you test the 3662 2000Kv? A lot of the guys in district are running them in stock PB boats.
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