Robot Arduino UNO & EZ-Robot WIFI , wheelchair base, independently controlled by GPS and avoid objects detector


 **** New Pics & Video *****

Hello, I am building a robot that will be controlled by an Arduino Uno & EZ-Robot  who follow a pre-programming traject into a GPS and will be equipped with motion detector to avoid object to run well to it's final destination.

I wonder if anyone would have any similar project to share with me  !!


Thank you for your help!

Michel, Canadian Robot

Wheelchair independently controlled by GPS and objects IR detector

  • Actuators / output devices: 2 24v Wheelchair Motors
  • Control method: The robot is controlled by GPS.
  • CPU: WIFI, arduino uno, EZ-Robot
  • Operating system: EZ-Builder
  • Power source: 24 volts ( 2 X 12 Volts )
  • Programming language: C
  • Sensors / input devices: camera, Bumper switche, Sharp IR Ultra Sound
  • Target environment: exterior

This is a companion discussion topic for the original entry at https://community.robotshop.com/robots/show/robot-arduino-uno-ez-robot-wifi-wheelchair-base-independently-controlled-by-gps-and-avoid-objects-detector

You can hack into the part

You can hack into the part were the joystick is. If you provide some pictures of that area we can help you more :slight_smile:

Sabertooth 2X25 you mean,

Sabertooth 2X25 you mean, right? That is a good controller but it’s a bit tricky to configure the DIP switch. They provide a configuration page which is pretty helpful HERE. I have them to control by arduino or RC remote with no problem now.

Cool robot by the way :wink:

Thanks

Thanks for your comment !! cool !

Pic’s

HI Jad,  the pictures are now post ! this controller is a Penny & Gilles but I have a other one made by Qtronix

Thanks for your help !

Michel

It looks like a great start

It looks like a great start for a robot. For information on GPS navigation you might have a look at my boat project https://www.robotshop.com/letsmakerobots/node/21098 in the MarkII_NAV_microSD.zip file your can find some information on how to navigate.

Very nice robot neighbour,

Very nice robot neigbourg, bravo Michel. I will keep watching your progress :slight_smile:

**Everyone have to see that ! **

Hello Geir, WOW, This is an amazing project !!! it’s exactly that I expect for my project !! thanks for your help !

Michel

 

Thank’s

Thank you !!

Michel

** HI Jad thanks for your**

 

HI Jad thanks for your reply this is the picture of the original controller ;  Penny & Gilles , drives tech P73842 Iss,1

DSCN1959.jpg

 

 

 

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DSCN1959.jpg

DSCN1955.jpg

DSCN1958.jpg


 

P&G Joystick replacement, Pin-Out (Of the Cable)

Easy Enough

  1. Power Supply (5V)
  2. Left/Right Output 1
  3. 0V
  4. Fore/Aft Output 1
  5. Fore/Aft Output 2 (If Avail)
  6. Power Supply / 2 – (2.5V Output Ref.)
  7. Left Right Output 2 (If Avail)
  8. Not Connected

|x

If you need to build a longer cable:
Cable:         1mm flat ribbon cable 28 awg

Ends:          Mouser #: 649-98414-G06-08LF
Receptical:  Mouser #: 649-89361-708LF

p&g

HI, thanks but my connector is a round one ?? Please can you give me more detail ?

Michel

What model is the P&G

What model is the P&G Joystick you are going to emulate?  Should be on a sticker ont he bottom of the joystick, the first set…

P&G

I dont have the joystick , the controller is a P&G P73842 ISS.1 

 

Thanks

Michel

Patrick posted on the

Patrick posted on the Fundamentals of a GPS guided vehicle, which you may find helpful.

Thanks for info!!

Thanks Pat, very appreciated !

Michel

No idea. None of the

No idea.  None of the Joysticks have a round connector.  It’s possible that they used different ends on the cable, but unlikely.  Look at http://www.pennyandgiles.com/brochures.php is pretty extensive.

J&G Joysticks are amazing and the interface goes from simple potentiometers to redundent Hall Effect to CAN Bus… So depending on what the board came out of interfacing there can be a hard call wihtout some docs.

power controller

HI, I have also a INVACARE controller MKIV GB with a Joystic MKIV A do you know that one ?

 

Thanks

Michel

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