Great video, will be ordering a rotor master and load master today! One thought about your spreadsheet, add a column that divides Kv under load by Kv no load and that gives you a percent Kv maintained by the motor under load. I inputted into excel 3 of these motor tests from your spreadsheet in the video and added that column. The first 2 of your motors started maintaining around 93% to 94% Kv under load vs no load, then you start seeing the Kv percentage maintained start to drop as you increase timing and without fail that replicated exactly where you said you would time the motor.
@grantoverend1
Thanks very much for your video. Very interesting results and I'm impressed you put that out so quickly! Quite surprised by the results you got from your Slot Machine in particular. I was suggested by the Slot Machine FB group to time it around 42.5 and to gear it (72/26-28). Anyways, I've not been really impressed by the motor and based upon your results wonder if I've been sent in the wrong direction to start. Will try timing it up and gearing the ratio up to see what it does. I'm in Australia and luckily can run it till the end of the year. Looks like replacements wont be around till April/May next year. The other motor I'm considering buying is a Surpass V6 which I like the idea of as I actually started with a V5R and was mostly happy with. Keep up the good work!
@southcarterracing9320
My 13.5 g4 at 46 degrees 6.6 amp with 4130kv 34283rpm
@D00rGunner
Just ordered the loadmaster from DRC. Can't wait to test some motors. Is this spreadsheet available?
@lawton70
This is a great video! I see you are using a brushless motor for a load. Would it be better to use a brushed? With using a motor as a load will the load increase based on rpm of the slave motor? For example, say one test motor is 3000 kv and one test motor is 4000kv. Would the actual load on the 4000kv be higher because it is spinning the slave motor faster?
Пікірлер: 18