Enertion clones are the best ive found yet for caliber trucks.
The bkb mount i have is 63xx only.
Got a source for cheap enertion clones?
I am using evolve 5065 150kv motors on my trampa mountain board. Running 35a per motor I have never had an issue with it being under powered or motors getting hot. That said I am geared to stay under 40kph (25 in the old measure).
Nope… one place in the eu is all i know of
Honestly, I think most people went to 63mm(6355 to be exact) motors so they could fit two on a normal caliber truck. 6355 and 5065 should be roughly the same performance wise.
Slight edge ofcourse to 6355 because its a tad bigger.
At $40 a motor you really can’t beat the bargain of a 5065 motor. Especially with the variety of wide trucks out there now.
Oh rip for cheap. I can use 63xx mounts as long as it’s a short fixed forward mount that doesn’t need more than a 1/8” riser
I had to find short mounts to fit my riptide for 50xx motors.
I tried alot of stuff. The enertion mounts were perfect honestly.
What risers do they need for clearance on a flat deck?
Hard to say since im using adjustable baseplates. They are a bit taller than normal.
Probably about the size of a riptide tunnel riser? Maybe less.
Would it be shorter than a BKB?
Im pretty sure. I have one somewhere.
Looks like they are about the same length, but the enertion one has more adjustment and isn’t at a fixed angle
Okay cool, where are you supposed to get them?
@deckoz @ZachTetra we still have some 50mm mounts. They are pretty short. Shorter than standard. They are 21mm bolt to bolt though. Too many different mounting patterns for 50mm.
Forgot i posted a link earlier.
I’d try the @torqueboards ones tho.
I only went with these because i traded parts for them. Otherwise i was gonna try TB ones next.
I measured the Racerstar bolts at 26.5mm center-to-center in case anyone is wondering
The hole to hole on the edge of the square?
In theory it should be 1.4142*(38mm/2)=26.87mm
The orthogonal measurement, not the diagonal.
If the resistance is doubled the heating will be doubled, for a given acceleration.