RC10B4.1 FT/WC
I have the video on you tube doing this. I just used 7 nine volt batteries.
http://www.youtube.com/watch?v=wyWtc067nts
http://www.youtube.com/watch?v=wyWtc067nts
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From: Knuckles Deep
Is there a certain wheel that most folks prefer for this buggy? I bought the JCon Inverse wheels but wasn't aware it came in two pieces. Does that cause any issue or do they work normally as other 1 piece wheels do?
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So I am trying that anodizing thing and it's not working. I got one to work but now they are just going in the same color they came out (dark gray) any idea what I am doing wrong?
I have the negative wire on the turnbuckle positive in the simple green (no dolited). I have it for I have 81Volts to get the shiny gold. I even checked it with the volt meter to make sure its 81 volts and it is. I wrap it on the tip of the turnbuckle put it in right before the wire touches leave until bubbles stop or 35 seconds. And then pull out, but nothing happens?
What am I doing wrong?
I have the negative wire on the turnbuckle positive in the simple green (no dolited). I have it for I have 81Volts to get the shiny gold. I even checked it with the volt meter to make sure its 81 volts and it is. I wrap it on the tip of the turnbuckle put it in right before the wire touches leave until bubbles stop or 35 seconds. And then pull out, but nothing happens?
What am I doing wrong?
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From: Knuckles Deep
Agreed on the two piece thing. I guess I didn't read up enough before buying them.
Wires are backwards. The turnbuckle(annode) is connected to the positive terminal, do not let the lead touch the simple green unless you have the turbuckle attached to another piece if titanium. The cathode(negative)is submersed in the simple green. 81 volts will give you a purple color, 63 volts is a gold color.
I understand the wire attached to the turnbuckle can not touch the liquid, but what about the wire at the bottom? should I just strip off some insulation & drop the wire to the bottom of the cup? should I attach the wire to another metal (brass?, aluminum?) & drop that into the liquid? How & how much does the size & placement of the cathode effect the process? Is there any difference in the results between simple green, baking soda, & borax?
I am planning to use a large plastic cup with a brass rod down 1 side attached to the negative of 10 9v batteries (trying for red/magenta) in simple green. Hopefully I will have time this weekend to try it out.

Matt, got to see a set last night , about the same stiffest as the JC ..
Jc has more spokes, Ae has a reinforcement ring inside on the spokes inside their new rim ...
Last edited by Wild Cherry; 09-06-2012 at 08:53 AM.
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Hideeho
I understand the wire attached to the turnbuckle can not touch the liquid, but what about the wire at the bottom? should I just strip off some insulation & drop the wire to the bottom of the cup? should I attach the wire to another metal (brass?, aluminum?) & drop that into the liquid? How & how much does the size & placement of the cathode effect the process? Is there any difference in the results between simple green, baking soda, & borax?
I am planning to use a large plastic cup with a brass rod down 1 side attached to the negative of 10 9v batteries (trying for red/magenta) in simple green. Hopefully I will have time this weekend to try it out.
I understand the wire attached to the turnbuckle can not touch the liquid, but what about the wire at the bottom? should I just strip off some insulation & drop the wire to the bottom of the cup? should I attach the wire to another metal (brass?, aluminum?) & drop that into the liquid? How & how much does the size & placement of the cathode effect the process? Is there any difference in the results between simple green, baking soda, & borax?
I am planning to use a large plastic cup with a brass rod down 1 side attached to the negative of 10 9v batteries (trying for red/magenta) in simple green. Hopefully I will have time this weekend to try it out.
I haven't tried any other solutions other than simple green.
ok, don't need to mess w/ the copper bar. Not having the wire in the solution on BOTH ends makes more sense. Electricity will take the easiest path. Wire in on both side & electricity pretty much bypasses the titanium causing to not or to slowly & unevenly anodize.



