This motor has gotten me interested in a bit more power for 1S toothpicks.
1202.5 @ 11000kV is great but needs tuning for 3" props. the fpvcycle 13mm are a bit sh1t on 1S for the same application. I'm hoping these 1303.2's will be just right considering they are available in 11500kV.
So this is very welcome news as I'm looking to build a 1303, but those amp numbers are crazy as fk. 22A on 1S???? Does an AIO exist that can run at 1-2S and deliver that much power? The biggest one I know of is probably the Darwin or Nameless AIO @ 15A, I know of nothing beyond that, that can run 1S and produce over 20A, nor 2S and produce 30A. Those 11500kv motors are pointless as you will burn out any esc if you don't cap at 50% motor output and on some level so are the 8000kv motors if you run them on anything less than 3S.
The motors came in recently and I got a chance to compare them to the fpvcycle 13mm motors.
The rcinpowers seem to be a little less in diameter than the fpvcycle ones. Obviously the standard 1.5mm shaft. They feel well made and the space between rotor and stator is very fine which is typical of rcinpower motors.
They are going in a "high powered" 1S build. I hope to be able to test later this week.
I'll be honest mate, not really. Whilst I find testing (like the mads tech and chriss rosser YTers) informative, I always take it with a grain of salt. I prefer to see how everything operates together as that best reflects the reality and not some isolated testing.
How would you suggest I go about do the testing? I could try no load in the BF motors tab and take the RPM values from there but I can't measure voltage across the motor phases as PWM duty cycles don't reflect the Vcc of the battery voltage as a DC direct current situation would. So I dunno how people do it to be honest without specific T&M equipment.
Nah all good, I think pathfinder has made me scared to go 100% throttle . The AIO I'm using is rated for 13A an esc so it could technically blow under load with the 11500kV motor.