Hello,
I rebuilt an old stock SV27 (build thread link in my signature) and since there was no motor in the used hull I bought, I dropped in a new 1800kv AQ motor.
I'm still running the older stock 45amp esc that came with it, however. I was wondering if anyone could estimate how much I can prop up without worrying about overdrawing the esc?
I'm running pairs of 2s Turnigy 5000mah 5200mah 30/40c packs, and pairs of 2s 6000mah 25/35c packs. 5.5 bullets on the motor wires but still deans on the batteries till I get around to swapping them. The packs for my other boats have 5.5's.
I've just got a 40mm carbon prop now -1.4 pitch.
Would 45 be too large, or should I just go with a 42?
I've got 2 cooling intakes, running separate cooling on the motor and esc. I think the intakes are like 3.8mm inside diameter and 4mm cooling tubing throughout (3mm inside diameter?). Temps are pretty cool with the 40mm prop, but I can't really get an unloaded amp reading from the boat when running to know what I'm really pulling.
I know the easy answer would be to upgrade the esc, and I'm sure I will. But I figure I only have a couple more runs this year anyhow (if I'm lucky) & I'd rather spend the money on that over the winter or in the spring.
Either way, I'd really like to keep my esc from burning up, hence why I'm asking first before going by trial and error.
Thanks for any info,
-Jeff
I rebuilt an old stock SV27 (build thread link in my signature) and since there was no motor in the used hull I bought, I dropped in a new 1800kv AQ motor.
I'm still running the older stock 45amp esc that came with it, however. I was wondering if anyone could estimate how much I can prop up without worrying about overdrawing the esc?
I'm running pairs of 2s Turnigy 5000mah 5200mah 30/40c packs, and pairs of 2s 6000mah 25/35c packs. 5.5 bullets on the motor wires but still deans on the batteries till I get around to swapping them. The packs for my other boats have 5.5's.
I've just got a 40mm carbon prop now -1.4 pitch.
Would 45 be too large, or should I just go with a 42?
I've got 2 cooling intakes, running separate cooling on the motor and esc. I think the intakes are like 3.8mm inside diameter and 4mm cooling tubing throughout (3mm inside diameter?). Temps are pretty cool with the 40mm prop, but I can't really get an unloaded amp reading from the boat when running to know what I'm really pulling.
I know the easy answer would be to upgrade the esc, and I'm sure I will. But I figure I only have a couple more runs this year anyhow (if I'm lucky) & I'd rather spend the money on that over the winter or in the spring.
Either way, I'd really like to keep my esc from burning up, hence why I'm asking first before going by trial and error.
Thanks for any info,
-Jeff
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