Polls are great, but only take a picture of those active posting users. From my experience, most of the users of a forum, are readers only. Or they post with thier buddies and don't use the features of the forum. 
I have never denied the need for high voltage stuff, just can't convince our engineers you guys are right! They beleive me now, and we'll have more stuff coming down the pipeline.
I'll get more vids tomorrow with more specifics on the stall. But no, it doesn't stall easy. You roll into a bit more throttle and it powers through. The system itself, will NOT, cog, stall or delay like what every mysterious BL systems do that. I've never had that problem with anything sensored. So I think a lot of that perception, is from "bad" systems, or sensorless systems. I've never had a properly operating sensored system cog even a little.
Now, stalling it hard enough to "Sap" the battery voltage and cause a low voltage drop out, that's different. Not a cog, just the ESC pumping the power, and the battery not being able to keep up. Simple yeah?
In a stall, or bind, something in the drive train Breaks if your battery is good. If the battery is not good, it saps out and you get a Low Voltage drop out from the RX first. The ESC itself, will run down to "nothing". It's the RX and the Servo's that die first.
This is "nothing at all" like a sensorless system.
Thanks for the input guys.
See You Tomorrow!

I have never denied the need for high voltage stuff, just can't convince our engineers you guys are right! They beleive me now, and we'll have more stuff coming down the pipeline.
I'll get more vids tomorrow with more specifics on the stall. But no, it doesn't stall easy. You roll into a bit more throttle and it powers through. The system itself, will NOT, cog, stall or delay like what every mysterious BL systems do that. I've never had that problem with anything sensored. So I think a lot of that perception, is from "bad" systems, or sensorless systems. I've never had a properly operating sensored system cog even a little.
Now, stalling it hard enough to "Sap" the battery voltage and cause a low voltage drop out, that's different. Not a cog, just the ESC pumping the power, and the battery not being able to keep up. Simple yeah?
In a stall, or bind, something in the drive train Breaks if your battery is good. If the battery is not good, it saps out and you get a Low Voltage drop out from the RX first. The ESC itself, will run down to "nothing". It's the RX and the Servo's that die first.
This is "nothing at all" like a sensorless system.
Thanks for the input guys.
See You Tomorrow!