Actually, the topic was about AE and you didn’t mention getting the units from the raptor store until in your 13th post in this thread. Turned out AE and the raptor store are one and the same seller.
I don’t care who it is you’re buying from. It’s your obvious lack of ethics that triggers criticism and criticism is something you don’t seem to handle very well.
Ive ordered a unity, an etray, enclosure, charger and some bits and pieces so that the shipping is free. I found a few people on the forum and FB who has received their orders. One guy even got a properly functional, completely original looking unity. I’ll provide whatever info you all require when it arrives.
I didn’t know this is so serious it can’t be handled anymore. But its so obvious that we need a 1v1 in a phone call. No way around. This has gone too far.
Insert epic oral MMA fight on the phone
Seriously, what do you wanna talk about on the phone, and what would be different about it than just chatting?
I don’t get why this is escalating so much xD
Nobody has done anything to you.
It’s just about ethics. Ethics are created by what the majority thinks is right - you have to live with that
I tried to put my new unity from the raptor shop to work.
I had bench tested it on different motors and seemed fine.
So I decided to put it in my DB Coreflex build.
It has a 10s4p 30q pack.
Maytech 6354 170kv motors.
14/38 on 100mm Boas.
It had a Flipksky 4.20 dual in there and ran fine. But I thought it would be an upgrade to add the Unity instead.
I keep getting some weird values with motor detection. One vesc recommends 35 amps and the other 50…
I had turned both to 60 amps and tried to ride and got some weird stuttering on one of the motors.
Ohh. I’m running the unity on the vesc tool.
I reinstalled the latest firmware and have ran motor detection a bunch of times and have not gotten similar values for the motors.
I had bad resistance measurements on one of my original unities on delivery and was told to send it to bara and that it was a bad resistor. Maybe check random resistors values on the side that’s giving you troubles.
If you switch motors and it remains this way than something is wrong with the controller. One seems to be detecting double the winding resistance, my best guess would be a bad leg in the three half bridges. Check solder on bullets. Otherwise it could be the FETs in which case it would probably need an expert to repair.
I don’t think our old testing systems that we developed are being used anymore in production as they required some amount of maintenance and upkeep from people that knew what they were doing. This unit wouldn’t have passed our jig.