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https://docs.google.com/document/d/18z0ozrzWEZkZP-ABfqe7ZNCzylWeLuY7BOo3UZIwl50/edit?usp=sharing
  • Initial Brainstorming:

url
https://docs.google.com/document/d/1i0WxBlhaUsCNDem_jjCmlVDZmURIcCHqT7d_WSdGYms/edit?usp=sharing

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Previous Fastening Brainstorming:

  • Revised Ideas:

Google drive docs
url
Google drive docs

Calculations and FEA

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titleHand Calcs and FEA

March 31, 2021 Update:

Google drive docs
width720
showLinktrue
urlhttps://docs.google.com/document/d/19LjAKtgAaXDmfGIsgmpkO-5RrfrySUT0tue7OyueHeQ/edit?usp=sharing
height960

Previous Update:

https://docs.google.com/document/d/1_HviPqLPtFTarpXLS2B-U_gP--HpZ5x8XtEnNdH-2Rs/edit?usp=sharing

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Final Design

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titleCurrent Status:
  • The current method of fastening uses adhesive/base studs as seen in the following image

  • Several base studs are to be placed around the panel where they will slot into mounts placed along the chassis

  • Chassis mounts design are currently in progress ( Taking into account conflicting mounts as well as roof props )

  • The general mount design is shown below:

  • Slot is made to accommodate for panel hinging with moving studs

  • A general look at the current layout of the mounts (most likely going to change) :

To do List:

  • sync with roof props to check any any motion conflicts

  • sync with side panel to resolve top tube conflict ( discussion between DRIs took place, but lead confirmation is needed )

  • Finalize mount design

  • Create jigs for welding ( up to change as mount design changes )

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