Hello, I am experiencing some issues with my VESC6. Has anyone else seen these?
It seems to measure the battery current lower than the actual current to the VESC. I have verified with a power supply that the values in the RC benchmark window are accurate. The screenshot below is at max throttle, but it is inaccurate throughout the range.
Hey Guys;
What is U11 in the schematic? and which model for the MOFSET (IRF7749) would you guys recommend?
Thanks for the help!
As for the hardware, I wish to run the hub motor on vesc using hall sensor mode. Due to previous experiment of hub motor on other manufacture product which does not work. Has anyone tried it on hub motor and do I need to add on any hardware which is to limit the maximum potential voltage to the input pin? thanks
The VESC 75/300 is now available for purchase. Benjamin is very happy with the final tests and we can so no reason to hold it back any further. The performance is beyond any expectations. If you have projects that require higher output power do not hesitate to pre-order your VESC75/300. This is a limited volume production run of 100 units. First come first served. PCBs will be RED with golden VESC-Logo.
Hi everyone,
I uploaded a custom firmware to my 4.12 Vesc via the Vesc tool, but after that the Vesc didn't reconnect via USB. So I flashed the firmware directly via an ST-Link V2-1 from a Nucleo board, which did flash and verify.
However I still don't see anything in dmesg when I plug in the USB. The vesc tool also doesn't connect or display a port.
Hey guys,
I'm new to the project, and so far could set up the board with a tMotor Antigravity 4006 to work with PPM input and sensorless PID speed control.
I've been trying to connect an ABI encoder (AMT 102) to the GND/H3/H2/H1/5V pins normally used for Hall encoders. But I do not get any position signals, although I turned the encoder also to pass the Index mark.
Using HW 4.12 with the up-to-date firmware, and the VESC tool 0.95.
I am new to VESC and I have a Maytech VESC, HW 4.12. It which is rated 8-60V. Is there a way to change the low voltage cutoff to 7.5V?
I want to make the VESC work with a 2S LiPo battery. I will use the VESC to control a 1/10th scale RC car which is designed to work with 2-3 S LiPo battery.
I measure the parameters of the motor.
On the purchased driver L = 67 μH.
At the manually collected L = 123 μH.
The motor is the same.
Why such difference?
How is the inductance measured?
How to fix the disadvantages of a self-made driver?
So far I could not find a whole lot of information about this despite searching a lot. My Nano circuit is ready and control a standard Servo for test purposes. How do I connect the VESC without blowing anything up?
An official answer from Benjamin or Trampa would be great. Not just for me, but all the others trying to do the same.
Hi,
looking for V6 HW I found 2 different versions from TRAMPA:
