Tankah

Posted on 17/02/2009 by guibot
Modified on: 13/09/2018
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Introduction
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Since I started messing with robotics that I wanted to build a tank, and finally that moment arrived when two Tamiya thread kits and a Twin Motor Gearbox arrived. Everything started with a sketch: And as soon as I decided what I want, the assemble process has began. I have some plastic sheets laying around and I thought they would be perfect to hold all the hardware. The chassis: Meanwhile the replacement motors from Pololu arrived and I soldered the caps to remove motor noise. The ones that ...


Tankah

Since I started messing with robotics that I wanted to build a tank, and finally that moment arrived when two Tamiya thread kits and a Twin Motor Gearbox arrived.

Everything started with a sketch:

And as soon as I decided what I want, the assemble process has began.
I have some plastic sheets laying around and I thought they would be perfect to hold all the hardware.

The chassis:

Meanwhile the replacement motors from Pololu arrived and I soldered the caps to remove motor noise.
The ones that came with the twin gear box are very noisy (electrically speaking)

This is the design in an almost final phase:

Later I replaced the plastic things for wood, and I used polymorph for the first time, it´s the best material I have seen in the last decades.

The brains (Xbee, Arduino and my custom motor driver with L293D):

When all the things got in place it was time for a test drive through some obstacles..
I figured that it needs some kind of stabilizer.. otherwise it won´t climb more difficult obstacles, OR it may flip around… (I think i´m just having an idea for another bot)

and… this was what the solution I came up with  :D

I placed an “arm” on the back, it stops the tank from flipping over when its climbing stuff.

It works like a charm  :-)

It´s a lot of fun to drive this thing!! :-)

remote control

  • Actuators / output devices: Tamiya twin gearbox
  • Control method: RF Remote Control
  • CPU: Arduino
  • Power source: 6V
  • Programming language: Arduino C
  • Target environment: indoor
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