Motor cruse control using hall sensor pwm

Projects Programming
1

Hello I am very new to arduino but I have a project I need help with, I'm very willing to pay.
I have an electric skateboard I have made, using outrunner motors. The motor has 3 hall sensors for sync and rom detection.
What I want to do it have a cruse control system that kicks in after I finish pushing my skate board.

I want my arduino uno or femtoduino (when finished) to record the signal from the hall sensor when I put my foot back on the board/pressure sensor and convert it to a pwm signal for my speed controller to keep the board/motors rotating at the same speed and when I remove my foot from the board/pressure sensor the pwm signal to my ESC stops for faster kicking or foot braking.

Can some one please help with this project I have no idea about writing code.

Please redirect me to other links if this has been done before

2

Are you using brushless motors? That makes a big difference to how you drive them and measure rpm.

3

Yes it's brushless the motor top rpm is 6800.

4

It's a 3 phase hobby plain motor, the manufacture has installed the 3 hall sensor into the motor.

5

I have no idea about writing code.

Then, this really isn't the project for you. Put some flashy LEDs on your skateboard, or something, but do not trust your life to code that you have written.

6

PaulS:

I have no idea about writing code.

Then, this really isn't the project for you. Put some flashy LEDs on your skateboard, or something, but do not trust your life to code that you have written.

Thanks for that but I did offer to pay some one who's code I could trust. I trust code more then my finger that made me come off my board 3 months ago and got me knee surgery.

7

I did see that, but it's more than the code. Whoever you hire needs all of your hardware, too. Proper positioning of the hall effect sensor and the magnets that it senses is critical. Proper connection to the Arduino is essential. Proper protection of the solder joints and all wiring is essential. The type, size, and location of the "go" switch is important, as is proper connections and wiring protection.

I, for one, am not willing to write code for hardware if I can't control all of those factors.

8

PaulS:
I did see that, but it's more than the code. Whoever you hire needs all of your hardware, too. Proper positioning of the hall effect sensor and the magnets that it senses is critical. Proper connection to the Arduino is essential. Proper protection of the solder joints and all wiring is essential. The type, size, and location of the "go" switch is important, as is proper connections and wiring protection.

I, for one, am not willing to write code for hardware if I can't control all of those factors.

Mate I'm sorry to say but you don't have to help!
I have every thing to help some one help me. hardware, product samples, as many motors as they need to check the hall positioning Even running boards. Yes also the skill's needed. The only thing I don't know how to do is write code.

If any one wants to help one please let me know:)