Step 5: Body panels

For the main body panel, I basically made a slanted box with a shelf in the middle.  The bottom of the box is open to provide clearance for the motor, drive chain, and rear wheel.

The shelf in the middle houses the controller and the three 12v batteries.  This rear body section was made from some scap 1/2" plywood I had laying around.

The front panel (on the forks) was made from a piece of scap masonite.

I found an adjustable bicycle kickstand at WalMart, cut it down to fit the scooter, and bolted it to the frame.

The floor board was made from plywood and covered with stair tread for protection.

The seat was made from a piece of plywood as a base, and covered with high density foam and vinyl.


<p>Nice project. The brakes idea is quite new. thumbs up.</p>
great instructable.great work with the monkey.awsome i'm starting building this already
Here I am looking for <a href="http://www.voloscooters.com" rel="nofollow">electric scooters for sale</a> online and I am brought to this picture of an awesome looking scooter seemingly being pushed by a monkey! This is great. Thanks for sharing.
It looks like an old Cushman scooter?
I based it (from memory) on an old Cushman Highlander, only it is about 1/5 - 1/3 the size.
There is very little detail about the motor and electronic drive in this Instructable. Could you provide more detail about their specifications (including manufacturer and model numbers)? Also, needed are details of how the motor and drive were mounted, what type of speed control did you use, and also need a schematic wiring diagram. I would like to build a scooter, but it would be very difficult withour more detail.
Sorry I took so long to respond. I purchased the motor and controller from a surplus store, and the only info I had was that both were rated for 36 volts. Fortunately, the wires on the controller were all labeled -- that helped a lot. I used a throttle mounted speed control (the kind made for commercial electric scooters). Unfortunately I have no schematic -- I just sort of planned it as I went along.
Fantastic work, I wonder if I could get that roadworthied out here at the tip of Africa! Would probably cost me a bottle or two of scotch to get it &quot;through&quot; roadworthy as it has working brakes and lights :-)<br><br>Good job and thanks for the smiles.
Thanks for the kind words! I've had a lot of fun with this contraption.
Would like to see more close up pics of the motor mount, sprocket, and rear wheel drive train. <br>Looks like a fun build!
&nbsp;Very cool! I'm gonna build it!
That is the most awesome thing I've seen in the past 4 minutes.Great job.<br />
Way to funny!<br /> GReat Job!<br /> LMAO<br />
&nbsp;lol, PETA's gonna kick your arse when they see that from far away :)<br />
LOL true!
&nbsp;i love it!
LOL! if someone seen you riding this they would think you are wierd (only because of the monkey.<br />
BWAHAHAHA!!&nbsp; That's <em>completely awesome</em>!!&nbsp;&nbsp;But I've got to know, was beer involved at some point in time?&nbsp; :D<br /> <br /> Thanks posting this!&nbsp;<br />
That is a very cool project. It makes me think of making a version where the motor/battery&nbsp; is in the monkey part so you could attach it to the back of different vehicles for an electric boost. Put several monkeys in series for more power!<br />
I&nbsp;gotta stop doing drugs...<br />
Did you use a permanent magnet motor or a series wound? Nice thing about using series wound motors is that they provide enormous torque at startup and can then run up to high speeds. Old school electric trains (the real ones and some of the toy ones) use series wound traction motors for this purpose. For higher speed, the field winding can be weakened with a shunting resistor. Modern railways now use brushless motors.<br /> Have fun riding it. Cool idea.
It was a PM motor.
I like it!<br /> <br /> I'm disabled and have an electric &quot;buggy&quot;&nbsp; to get about on when I'm not in the car. <br /> <br /> I think I may make the monkey part and attach it to the buggy for a laugh!
how fast does it go?....and can i make it without the DC controller?
I geared it low to get enough torque to drive it up a ramp from a standstill.&nbsp; The top speed is about 12mph, but feels like 40mph because you're sitting so low to the ground.<br /> <br /> You probably could make using a heavy duty contactor instead of a controller, but controlling the motor's speed would be difficult -- would either be full on, or full off.&nbsp; Probably not a good idea.&nbsp; If you try this, don't use a regular switch, use a high amp contactor.&nbsp; A regular switch would fry.
I had a real old scooter that had basically 4 speeds forward.&nbsp; It was all contactor controlled series batteries.&nbsp; each one would be switched in.&nbsp; The last was like a split of the last cell.&nbsp; There was a huge wire wound resistor that would cut the top speed some (I guess it would have worked on all the batteries, but they were slow enough as it was, but in high speed, well you wanted to take a bit off the top when cornering)&nbsp; It was old and simple to work on,&nbsp; a squeeze throttle and a few relays (more like starter solenoids :)&nbsp; ) &nbsp;&nbsp; I suspect the last owner had made it out of one of the old 3 wheeled carts.&nbsp; It was a hoot to zip around in and like you said, 15 or 20 that close to the ground felt like raw speed! lol&nbsp; <br />
i love the monkey XD
please for the love of god put a video up...audio synced with this&nbsp;<br /> <br /> http://www.youtube.com/watch?v=6Nh49a8q2E4<br /> <br /> or this<br /> <br /> http://www.youtube.com/watch?v=V8vINCq_IAI<br /> <br /> Christmas has come early my friends.<br />
OMGosh, that's the funniest thing I've seen today.<br /> *2 thumbs up*<br />
this is sweet!!!
That's Legend!<br /> <br /> I&nbsp;love it, an awesome idea (electric scooter) with a brilliant add on (peddaling ape)!<br /> <br /> PS: I like the hat :-)
can you add pictures of the making of the monkey please.
<p>lol thats awesome</p>
Now tell us how to make the hat!<br />
Yes, I forgot the recipe for the hat:<br /> <br /> 1 top hat from a haloween costume<br /> 1 rolled up pice of cardboard to make the hat stand up<br /> 1 string of battery operated lights<br /> <br /> Stick the cardboard inside the hat so it stands up and doesn't fall over, and attach the lights with thread &amp; needle.&nbsp; Then, turn the lights on and listen to your dog bark!
Haha, thats awesome !

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Bio: I enjoy taking a pile of junk and making something unusual out of it. I like wheeled vehicles, and currently own two motorcycles, two electric ... More »
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