MIT Car: Difference between revisions

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Marcin's photos of the MIT car
=Background=
*See also [[Wikispeed Sketchup]]
*Study also [[Hydraulics 101]]
*Use [[4.9 Cu In PTO Motor]] - or [[6.15 Cu In PTO Motor]] - or [[7.63 Cu In PTO Motor]] - or [[9.59 Cu In PTO Motor]] based on speed requirements assuming 30 gpm at 2500 PSI pressure, as generated by a [[1.6 Liter Engine]].
*Use these [[Coilover Struts]]
 
*Combine [[Modular Car Wheel Unit]] with this:
 
<html><img src="https://docs.google.com/drawings/d/1N4pY3yOkzD_Mb99NH0ti8P5uIMhT4QtzS_M5OOu4xDw/pub?w=500&amp;h=400"> </html>
 
[https://docs.google.com/drawings/d/1N4pY3yOkzD_Mb99NH0ti8P5uIMhT4QtzS_M5OOu4xDw/edit edit]
 
Mix in a litte bit of exploded STEP file wheels - exploded from Solidworks and into Inventor:
 
[[Image:wikispeedexploded.png]]
 
=Billy's photos of the MIT car=
 
'''Click to expand and see all dimensions.'''
 
[[File:MIT Car Sketch.png|x300px]]
 
Dimensions sketch


[[File:MIT Car 1.jpg|x300px]]
[[File:MIT Car 1.jpg|x300px]]
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3/9
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[[File:MIT Car 4.jpg|x300px]]
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[[File:MIT Car 5.jpg|x300px]]
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[[File:MIT Car 6.jpg|x300px]]
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[[File:MIT Car 7.jpg|x300px]]
7/9
[[File:MIT Car 8.jpg|x500px]]
8/9
[[File:MIT Car 9.jpg|x300px]]
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Latest revision as of 17:48, 20 June 2013

Background

edit

Mix in a litte bit of exploded STEP file wheels - exploded from Solidworks and into Inventor:

Wikispeedexploded.png

Billy's photos of the MIT car

Click to expand and see all dimensions.

MIT Car Sketch.png

Dimensions sketch

MIT Car 1.jpg

1/9


MIT Car 2.jpg

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MIT Car 3.jpg

3/9


MIT Car 4.jpg

4/9


MIT Car 5.jpg

5/9


MIT Car 6.jpg

6/9


MIT Car 7.jpg

7/9


MIT Car 8.jpg

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MIT Car 9.jpg

9/9