Team ID, College Name, Old Team ID, Car No. , Endurance Score, Total Score & Awards

Lessons learnt Roll cage; Aggregates; Vehicle performance in Main Event 1

Lessons learnt Roll cage; Aggregates; Vehicle performance in Main Event 2

Comparison for Weight; Cost; Aggregate specs, Vehicle performance specs Old Vs Proposed

Roll cage design processergonomics

CAE basic process and its application

Suspension designfront/rear

BRAKE DESIGN SPECIFICATIONSValuesBrake TypeDiscType of CircuitX - Spilt Pedal Ratio1:3TMC Bore19.05 mmTMC Stroke30 mmPistons in Caliper2Caliper Piston Bore30 mmBrake Pad AreaBrake Pad 0.4OD of Disc Rotor190 mmMean Braking Radius80 mm Brake Fluid UsedDOT 40

PERFORMANCE SPECIFICATIONSValuesPedal Force882.9 NPedal TravelTotal Braking Force2111.248 NDeceleration (55 0 kmph)2.02 sStopping Distance15.479 m

BRAKE CALCULATIONS ValuesLoad Transfer1037.0151 NStatic Rolling Radius280.416 mmCoefficient of Friction (Road)0.8Force on Caliper Pistons2189.976 NBrake Torque per Wheel154.174 N

STEERING DESIGN SPECIFICATIONSValuesBrake TypeDiscRack TravelPedal Ratio1:3TMC Bore19.05 mmTMC Stroke30 mmPistons in Caliper2Caliper Piston Bore30 mmBrake Pad AreaBrake Pad 0.4OD of Disc Rotor190 mmMean Braking Radius80 mm Brake Fluid UsedDOT 40

Power train design

Cost and weight analysis: pie chart old Vs proposed

Project Plan

Validation plan

Team composition with Work allocation/ highlight old members, College workshop facilities; FA earlier/ now