1. Contolled pwm output, limit speed. max 1.5 volts, maybe less I'm not 100% certain what that means, but I'll try a guess. The PWM output of microcontrollers varies between 0 and their VCC input voltage. So, if a micro runs on 3.3v, then 100% of PWM will be 3.3v. And 50% will be 1.65v. So you'll need to limit your speed in ARC so the specific PWM range is outputted. Use a volt meter to see. But, a speed of 127 is essentially half of 255, which would be 1.65v on a 3.3v micro

2. Direction change, works great. Awesome

3. Brake, I dont use but my board is +2.5-5 volts. Okay, if you don't use brake then don't connect any wires. Select some unused port and you'll be fine

4. Joystick contolled so it's not just forward, left,right but also 45" Forfard and L/R I'm not sure what you mean by this, so I'll guess again. Are you using a joystick robot skill? If so, ensure the analog stick is being used. Also ensure the variable speed setting is enabled.

5. Doesnt play well with Tracking, needs to Any Movement Panel works with camera tracking. View the camera device robot skill manual for more information and/or follow tutorials to learn how the settings. There are many options and it may require a bit of reading the question marks and explanations to understand the settings.

6. needs to work with Leanardo, without ez-b 4. using LattePanda. Synthiam ARC connects directly to Leanardo on lattepanda, long as the firmware is installed on it and the correct port is specified. Here is more information: https://synthiam.com/Support/Hardware/LattePanda

7. Needs to work with navagtion and or SLAM All movement panels work with navigation and slam, such as the Intel T265. You can click on the words Movement Panel and read what a Movement Panel is. There's really good getting started guide in the Support section that explains more. However, Synthiam ARC uses robot skills that are all compatible with each other.

see Above

1. From your answer it sounds like PWM is settable! Great, where. Looking at the "Brushless Motor Movement Panel" I cant see how? I do see a slider which would be great if it stayed set.  If I use Tracking with Speed Settings set pwm 55, its full blast, Danger< , There is a place to set PWM but doesn't hold. It would be Awesome if the PWM was limited in this skill by a Box with a number but if the other skills can change that setting , Im not sure

2. If I use variable movement control it goes to full speed pwm 255, overriding the brushless motor controller settings. So that is not usable at this time. I was trying to explain that I would like to control movement in directions other than just N,S,E,W. but NE NW,SW,SE..... Like it would if I was using a joystick, like I am!

3. Speed settings in movement  Tracking doesn't hold when set. note says 'only works with movement panels that support speed'.?

4. When I first set up LattePanda I was using just it and the Arduino board. It would,  Arduino, would not control motor controller correctly. Tried several things including rechecking hookup and moving ports D0 and D1 to other ports, but just would not work.  It is now running with ez B v4  from the LattePanda. Yes, I reflashed board too.

Thanks for all your help.

1. From your answer it sounds like PWM is settable! Great, where. Looking at the "Brushless Motor Movement Panel" I cant see how? I do see a slider which would be great if it stayed set. If I use Tracking with Speed Settings set pwm 55, its full blast, Danger< , There is a place to set PWM but doesn't hold. It would be Awesome if the PWM was limited in this skill by a Box with a number but if the other skills can change that setting , Im not sure PWM is adjustable because it is a range between 0 and 100%. For example, a number 50% is between 0 and 100%. So if PWM is set to 100% and the micro is a 3.3v micro, the output would be 3.3v. If PWM is set for 50%, it will be 1.65v. While you can limit the PWM by limiting the speed, it's probably not the most advisable way to do it. I sure wouldn't go about it that way for a reliable solution. I'd recommend using 2 resistors and creating a voltage divider.

4. If I use variable movement control it goes to full speed pwm 255, overriding the brushless motor controller settings. So that is not usable at this time. I was trying to explain that I would like to control movement in directions other than just N,S,E,W. but NE NW,SW,SE..... Like it would if I was using a joystick, like I am! Analog joysticks and any device that uses an analog setting will control the speed of a movement panel. If you see the sliders move, it is adjusting the PWM. You're probably not experiencing much speed difference because the output of the PWM port is higher than the 1.5v it requires. So a voltage divider makes the most sense.

5. Speed settings in movement Tracking doesn't hold when set. note says 'only works with movement panels that support speed'.? The robot skill in question supports speed. And I believe you're referring to the variable speed setting of the movement tracking? In which case, set the speeds you wish to use.

6. When I first set up LattePanda I was using just it and the Arduino board. It would, Arduino, would not control motor controller correctly. Tried several things including rechecking hookup and moving ports D0 and D1 to other ports, but just would not work. It is now running with ez B v4 from the LattePanda. Yes, I reflashed board too. I'd make sure you can identify that the ports are working. Use a volt meter and enable/disable ports to find the correct ones - to ensure your latte panda works. I provided a link in my previous response.

Really it sounds like you just need to get the speed working with the PWM wires and that solves all of your challenges. I'd use a voltage divider circuit because simply relying on limiting the voltage by limiting the speed to 127 isn't really reliable or safe.

Here's a video demonstrating the Movement Panel in question using movement speed... Notice the speed sliders moving when the joystick is moving in different directions and at different speeds.

PS, here's your voltage divider resistor values... This will go from 3.3v to 1.5. I recommend using two 1k ohm resistors. The website for the calculator is here: https://ohmslawcalculator.com/voltage-divider-calculator

So connect the input voltage on this schematic below from the PWM port goes to +. The - will be GND. And your output between the R1 and R2 goes to the PWM input on the motor controller. That way, you can use ARCs full 0-255 for speed and not worry about managing the speed in software.

controlling two hoverboard motors with Lattepanda with Leonardo board as in manual. Output  at pins D0 and 3 go High and low with direction change, as they should. Pins D1 and D4 only output is when speed sliders are half way or higher. Not a linear output and its a full 5 volts. DTR is set and have also tried RTS, output at pins 1 and 4 the same. At this time I have no other skills on, just brushless motor controller. Have also check arduino and reflashed code 4 times now. It will however work if i run though ezb v4, with reflashed Leonardo hooked directly like in manual. Would like not to use if I can get this to work as advertised. Anyone have any ideas or have run across this before?

Thanks in advance.

Scott

Why duble poste?

https://synthiam.com/Community/Questions/Brushless-Motor-Controller-v3-20688

Merged the duplicate posts. Question was answered above

Sorry to be difficult! Just wanting an answer how a pwm output is not a linear one. I got to fly my drone today and can’t imagine controlling with just and on/off throttle. Would like to know if I don’t have an issue with my board but everything I’ve done leads to a code issue. Thanks  for the help

Scott