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Well there it is The crab drive desing ive worked on, It tought me autocad and was a BIG! Mechanical learning experience for me. build season will be here in three days and its time for me to get working with my team on the new game, whatever it may be. If you would to like to ask me about this desing Feel free...
id like to thank everyone who helped and gave me advice It realy Helped me out and Ive Learned things i will be using Far into the future
Discussion
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08-01-2004 21:03
Michael(SBM)
Re: pic: Coaxial crab
Yup... nice
oh yeah tytus if you need anymore help or something i'm always here (here as in "infront of computer"^^)
plus tytus you have to let the people that are trained in AutoCAD do some work^^ (but than again i have no idea on what going on in the mind of your so i guess it's best that if you do it)
09-01-2004 16:32
Bduggan04
Re: pic: Coaxial crab
How much will it weigh? You can estimate using the mass property query feature of autocad. Multiply the volume of the aluminum parts by .1 (density) and add the motors and other components to that to get a decent estimate of weight.
09-01-2004 16:48
Tytus Gerrish
Re: pic: Coaxial crab
ok, i added all the aluminum in a single module and i got 2.7 does that mean the aluminum pieces of the module weigh 2.7 pounds lilograms or what?
and wgere can i find all those descity ratios like aliminum=0.1 what is steel? duprine, lexan, Etc...
08-02-2004 19:34
Landon
Re: pic: Coaxial crab
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Originally Posted by Bduggan04
How much will it weigh? You can estimate using the mass property query feature of autocad. Multiply the volume of the aluminum parts by .1 (density) and add the motors and other components to that to get a decent estimate of weight.
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Tytus, make sure you're putting in .1 (0.0918) lbm/in^3 .
08-02-2004 19:59
Drew Hopman
Re: pic: Coaxial crab
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Originally Posted by Landon
Tytus, make sure you're putting in .1 (0.0918) lbm/in^3 .
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08-02-2004 20:08
Landon
Re: pic: Coaxial crab
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Originally Posted by Drew Hopman
This is why i like inventor. Just enter your I-properties and you have a weight!
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Solid Edge or bust!
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