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Originally Posted by James Tonthat
What kind of manufacturing do you have to use?
Milling, waterjet, welding?
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We have access to a CNC Milling Machine, Welding equipment, and a waterjet. Gotta love sponsors!
Quote:
Originally Posted by James Tonthat
For the width of the gearbox, those standoff/spacers don't look substantial enough. What gears are you using specifically?
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We are solely using WCProducts' Gears. We have a 14 T CIM gear going to a 45. From there, the Low gear is 15 T to 60 T. The High Gear is 30 T to 45 T.
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Originally Posted by James Tonthat
Looks like you used 0.25 plate for the bearing blocks, I'm guessing similar to 33 from 2011 style. There doesn't look like there's enough overlap between the 2x1 and the plate.
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Yes, the part that is visible is a 1/4" Plate. There is .25" of overlap between the 2x1 and the plate. Is that enough?
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Originally Posted by James Tonthat
I'd avoid running the chain below the chassis if you can help it.
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How would I get away with out running the chain below the chasis?
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Originally Posted by James Tonthat
The battery box looks like it's sitting on the garolite unsupported. Looks like an unbendable part as is.
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That is true, I will fix it in the next version of the battery holder.
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Originally Posted by James Tonthat
At a glance, doesn't look like there's enough spacing for wires since you have the Vics, PD, Vics, cRio side by side.
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I essentially copied 254 and the Holy Cow's electronics setup. We are not going to be predrilling holes into the bellypan, so if this setup does not work, we can find another way of mounting.
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Originally Posted by James Tonthat
I'd recommend 7075 aluminum for the driveshafts.
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I would definitely love to use 7075 Aluminum drive shafts. Do you know where I can get 1/2" 7075 Aluminum Hex?
Worst case scenario, I could always have our machinists use a 4th-axis on the Mill to get that 1/2" Hex. (It's just always nicer if we can buy it premilled in the Hex configuration)
Thanks again for your help.