Dynamics | Body | Electromechanical | Aeroshell |
|---|
Suspension - Architecture selection
- Packaging
- Weight
- Material Selection
- Telemetry/Data Acquisition
- Manufacturing
| Frame - Frame
- Frame Jig
- Hardpoint Jig
- Packaging Layout
- Where other systems and assemblies will go
- Node map
- Tube Geometry/Sizes
- Purpose of tubes/sections
- Weight
- Goal
- Optimization/savings
- Material Selection
- Tube material
- Filler material
- Torsional Rigidity
- Timeline
| Battery | Aerodynamics - Design philosophy/process
- Architecture selection
- Decision matrix?
- Shell configuration (canopy, top/middle, bottom, aero covers)
- Cl and Cd goals
- CFD analysis
|
Unsprung - Architecture selection
- Component design
- Component Selection
- Bearing selection
- Caliper selection
- Brake rotor selection
- Brake button selection
- Wheel selection
- Tire selection
- Packaging
- Weight
- Material Selection
- Brake rotor
- Upright
- Hub/Axle
- Telemetry/Data Acquisition
- Manufacturing
| Enclosures - Enclosure Mounting Locations
- Material selection
- Manufacturing plan
- Waterproofing Plan
|
Steering - Architecture selection
- Decision matrix?
- Steering transmission
- Upper and lower
- Packaging
- Component selection
- Rack selection
- Bearing selection
- U-joint/bevel gear selection
- Ackermann and bump steer
- Weight
- Manufacturing
| Ergo - Driver Positioning
- Steering Wheel
- Material selection
- Positioning
- Seat and Headrest
- Material selection
- Positioning
- Pedal Box
- Mounting
- Material selection
- Geometry
- Timeline
| Cooling - Cooling Strategy Selected
- Type of cooling system
- Layout/packaging
- Rough Routing Scheme
- Material/component selection
- Battery Thermal Testing Results
| Composites - Material selection
- For each section of the shell
- For any hinging mechanism/fastening mechanism
- Epoxy, mold release, etc.
- Manufacturing plan
- Mold
- Layups
- Mold release
- Etc.
|
Wire Harnessing - Preliminary wiring diagram
|