Page Comparison

Purpose: develop a rough idea of a timeline for your system, including major goals, their dependencies, and when you want to accomplish them by

Major Goals	Dependencies	Rough Timeline
Design shell	Fergo, what does the frame look like Dynamics, how much space will wheels take/ turning radius etc, exposed suspension Array - array size/config	Decide what the car will look like(3/4 wheel) Design car in Solidworks: 12/14/24 Begin work on one half of car: 1/11/25 Finish that half: 5/3/25 Begin work on second half: 5/17/24 Finish full composite shell: 12/13/25 Completely finalized aeroshell: spring break '26
Demold bottom shell
Top shell layup complete
Bottom shell layup complete

Major Goals	Dependencies	Rough Timeline
Frame welded	Frame validated and ordered	Driver dimensions taken Seats molded Frame Design drafted Ergo Parts (pedal box, steering wheel, ballast box, etc.) drafted Frame ordered Frame welded Ergo integrated onto frame
Pedal box assembled	Drivers set in stone, driver model created, pedal design validated and ordered
Chassis width decided	Dynamics geometry decided

Major Goals	Dependencies	Rough Timeline
Onboarding/Training	Recruitment	Training: 10/12/24 Preliminary Designs: 11/9/24 Final Designs Ideally: Before we leave for winter break Final Designs FINAL: 2/15/25 Manufacturing Begins: 2/22/25 Manufacturing Finished: Before start of winter break of 2025 Integration starts depending on other systems
Trackwidth decided
Volumetric bounding box decided

Unsprung components assembled
Suspension components assembled

Major Goals	Dependencies	Rough Timeline
Volumetric bounding box decided (New Car)	Frame/Dynamics - where battery can go, how much space there is	Training Finished - 10/12/24 Day Break Battery Architecure Finalized - Mid October Day Break Enclosure design finalized (mounting, cooling) - Before Winter break Day Break Battery Manufactured - End of Feb/Early March New Battery Architecture + any new features Finalized - before winter break New Battery Enclosure (with mounting and cooling) designed - End of March New Car battery manufactured - Nov 25 New Car Battery/Electrical Testing - Dec 25 - Mar 26 New Car Top Level Layout Finalized - Mid October
New Battery finished/manufacture (New Car)	Electrical Frame
New Cooling Finished (New Car)	Frame, Aeroshell, Battery - duct routing, exhaust/inlet placement Possibly: Ergo, Dynamics, and Enclosures placements (in case of any interferences)
High level placement of enclosures/electrical hardware (New Car)	Electrical Frame - locate hardware + sensors on car Aeroshell - lights Ergo - brake and accel
Battery Pack Module/Segment interfacing hardware/parts (Day Break)	Power Systems - new/old cells BPS - how modules will be organized into segments
Battery Box manufactured (Day Break)
Driver cooling + motor controller design complete	Controls Frame Dynamics Aeroshell

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