ADVICE ON WHERE TO HIRE AN ARDUINO EXPERT

Community Jobs and Paid Consultancy
1

I'm looking to hire an ARDUINO EXPERT:

My project is a set up for an RC controller. The controller will move in the standard direction; Up, Down, Left, Right, Forwards, Backwards. Each direction instead of spring a motor would just apply 0-25Kv power to each direction.

I’m fine with it being plugged into the wall for power but would like it to be easily adaptable for battery power.

I’d like as simple a set up as possible too. Arduino, wall outlet plug/battery, the 6 points for the directions and sensor for the RC controller or if there are any other necessary parts I’d hope they’d attach directly to the Arduino.

I have an Arduino I would use; You’d tell me what to get and set me up with the code - do a real time walkthrough to test it out and make sure everything is working in the end.

So what do you need to know about the project? Hopefully this is something that can be done easily.

What can you do to reassure me you can put this together as simply as possible?

arduino layout info.pdf (184 KB)

2

Gigs and collaborations?

25Kv?

3

CD_Q:
Each direction instead of spring a motor would just apply 0-25Kv power to each direction.

If you are dealing with 25,000 volts then you need a suitably qualified professional engineer with professional liability insurance.

Not some DIY guy that you meet on an internet forum.

...R

4

I’m assuming the 25kv is an error ...

If you have to pay for someone to code it , it’s probably a lot cheaper to just go buy a radio control outfit

5

"So what do you need to know about the project? Hopefully this is something that can be done easily."

Just like at the gym, arduino "personal trainers" probably start at $50/hr and up.

6

I think it's supposed to be "25k rpm / V"

I hope that's so.

7

hammy:
I’m assuming the 25kv is an error ...

That is a risky assumption considering how lethal 25,000 volts is.

...R

8 
[3000] The numbers after the dash represent the kV rating of the motor; in this example 3000kV. The kV rating (not to be confused with kilo-volt) is the RPM of the motor (k) per volt (V) with no load. For example, a brushless motor with a kV rating of 3000 powered by a 12V power source would be capable of 36,000 RPMs (multiply 3000x12). This is the max RPMs that this motor can reach under no load.

From this page on RC motor specifications.