Differences

This shows you the differences between two versions of the page.

--- drexel_star_baja_buggie [2016/11/07 22:19] – created dwallace
+++ drexel_star_baja_buggie [2016/11/09 16:41] – dwallace
@@ Line 6: / Line 6: @@
 <p>
 <center>
-  <p></html>[[File:hyundai-genesis-disassemble.jpg|600px]]<html></p>
+  <p></html>{{dylanw:hyundai-genesis-disassemble.jpg}}<html></p>
   <p>Picture compliments of <a href="http://www.treehugger.com/cars/the-car-an-anatomical-journey-video.html" target="_blank">http://www.treehugger.com/cars/the-car-an-anatomical-journey-video.html</a></p>
 </center>
@@ Line 58: / Line 58: @@
 To complete this tutorial, you'll need the following items
 (in table below):
-<table width="1200" border="5" cellspacing="3" colspec="L20 L20 L20 L20 L20 L20">
+<table width="900" border="5" cellspacing="3" colspec="L20 L20 L20 L20 L20 L20">
   <tbody>
   <caption align="top">
@@ Line 196: / Line 196: @@
 <p>Build the car's body as directed by the kit's instructions. Leave out electric components like the battery holder and like, we will be replacing those parts.</p>
 <p>Your car should look something like this:</p>
-<p><center></html>[[File:Step1.JPG|600px]]<html></center></p>
+<p><center></html>{{dylanw:Step1.JPG}}<html></center></p>
 <h4>Step 2</h4>
 <p>Solder a heavy guage wire in the shape of an Ω (ohm) to the steering bar of the car to allow for a servo to be used to remotely steer the cart.</p>
 <p>The cart should look like this after the wire is attached:</p>
-<p><center></html>[[File:Step2.JPG|600px]]<html></center></p>
+<p><center></html>{{dylanw:Step2.JPG}}<html></center></p>
 <p>&nbsp;</p>
 <H4>Step 3</H4>
 <p>Create the speed controller circuit shown below, test with the Arduino creating a PWM signal to ensure that circuit is functional before soldering.</p>
-<p><center></html>[[File:Step3.JPG|600px]][[File:Step3b.JPG|600px]]<html></center></p>
+<p><center></html>{{dylanw:Step3.JPG}}{{dylanw:Step3b.JPG}}<html></center></p>
-<p><center></html>[[File:Step3c.JPG|600px]][[File:Step3d.JPG|600px]]<html></center></p>
+<p><center></html>{{dylanw:Step3c.JPG}}{{dylanw:Step3d.JPG}}<html></center></p>
 <p>&nbsp;</p>
 <h4>Step 4</h4>
@@ Line 214: / Line 214: @@
 <p>One 9V battery is used to power the camera, while the other battery is used to power the control circuitry.</p>
 <p>The cart should look like this after you attached everything:</p>
-<H4><center></html>[[File:Step5.JPG|600px]]<html></center></H4>
+<H4><center></html>{{dylanw:Step5.JPG}}<html></center></H4>
 <H4>&nbsp;</H4>
 <H4>Step 6</H4>
 <p>Attach the motor with control circuitry.</p>
 <p>The cart should look like this now:</p>
-<p><center></html>[[File:Step6.JPG|600px]]<html></center></p>
+<p><center></html>{{dylanw:Step6.JPG}}<html></center></p>
 <p>&nbsp;</p>
 <h4>Step 7</h4>
 <p>Power the reciever with the 3.3V pin on the Arduino using the wiring shown below, plug in the servos and calibrate.</p>
-<p><center></html>[[File:Step7.JPG|600px]]<html></center></p>
+<p><center></html>{{dylanw:Step7.JPG}}<html></center></p>
 <p>Cart should look like this now:</p>
-<p><center></html>[[File:Step7b.JPG|600px]]<html></center></p>
+<p><center></html>{{dylanw:Step7b.JPG}}<html></center></p>
 <p>&nbsp;</p>
 <h4>Step 8</h4>
 <p>Program the Arduino using the duty signal from the reciever. Using the wire shown below:</p>
-<p><center></html>[[File:Step8.JPG|600px]]<html></center></p>
+<p><center></html>{{dylanw:Step8.JPG}}<html></center></p>
 <p>Code is attached below in the programming section.</p>
 <p>The circuit should look something like this now:</p>
-<H4><center></html>[[File:Step8b.JPG|600px]]<html></center></H4>
+<H4><center></html>{{dylanw:Step8b.JPG}}<html></center></H4>
 <H4>&nbsp;</H4>
 <H4>Step 9</H4>
 <p>Power everything and see the cart work!</p>
 <p>Here is the finished product:</p>
-<H4><center></html>[[File:Step9.JPG|600px]]<html></center></H4>
+<H4><center></html>{{dylanw:Step9.JPG}}<html></center></H4>
 <H4>&nbsp;</H4>
 <p>