Versions Compared

Version Old Version 1 New Version 2
Changes made by

Saif Hafeez

Saif Hafeez

Saved on

Key

  • This line was added.
  • This line was removed.
  • Formatting was changed.


LeadMembersReviewersStatus
Saif Hafeez

Status
titlenot started


Problem

Problem Statement

Build a robust, lightweight, mechanically efficient dynamics system

Goals Provide safety for driver and vehicle through the dynamics loads of highway and city driving. Be as mechanically efficient by reducing rolling resistance, heat generation, and optimizing the system to be lightweight. Provide good driving feel to allow any skill-level driver to pass FSGP dynamics tests, as well as easy of use when on real roads.
Constraints Regulations 

Coefficient of Rolling Resistance (Cff) = 0.0015

Pass all dynamics scrutineering tests given: (see individual project pages)

  • 720 kg weight
  • Highway speeds



Requirements

Minimize cost

Minimize weight

Highly durable



Scope


Activity
Must have
    • Research
    • Mathematical Modelling
      • Brakes Model
      • Rollover Model
      • Suspension Model
      • Steering Model
    • Design
      • Solid Model (Solidworks, all systems)
      • Integration
      • Systems level location
    • FEA
      • Steering
      • Steering
      • Wheel assembly
    • Detailed design
      • Mounting points
      • nuts n bolts
      • Interferences
      • Top level management
      • Drawings
    • Manufacturing
      • Part ordering
      • Assembly
      • Finishing
Nice to have
  • Good driver feel
  • Fast
Not in scope
  • ADAMS model


Milestones and deadlines

MilestoneOwnerDeadlineStatusNotes
Brakes Ready for Chassis Integration

 

Status
colourGreen
titleDONE







All systems ready for Chassis integration Saif Hafeez



Design Journal 

DateJournal EntryStakeholders Involved
 









Reference materials

  • Link 1
  • Link 2
  • Link 3