UT24 Drivetrain Optimization with Lap Simulation
For the UT24 Drivetrain system, a lap simulation was used to optimize and determine the optimal drive ratio for the UT24 car. The same methodology was applied to the UT23 car, which was our first-year running car. Data from tracks like New Hampshire, Michigan, and Czech was gathered to validate and improve our lap simulation model. A multi-faceted approach was used to determine the drive ratio, including points analysis for each competition and the determination of hunting ratios to increase the reliability and evenly wear the sprocket.
Michigan Autocross Simulation vs Real Data
Michigan Endurance Simulation vs Real Data
Hunting Ratio Analysis
Points Analysis Spreadsheet
Key Features
- Lap Simulation Model: Optimizes the drivetrain drive ratio based on real-world data.
- Validation with Track Data: Uses track data from New Hampshire, Michigan, and Czech for validation.
- MATLAB Simulation: Custom-built simulation to determine the optimal drive ratio for the UT24 car.
- Multi-Faceted Approach: Includes points analysis and hunting ratio analysis to optimize reliability and wear.
Applications and Benefits
The UT24 Drivetrain system optimization ensures a more efficient drivetrain by accurately modeling and simulating the optimal drive ratio. By using real-world track data, the system's performance is validated and fine-tuned, resulting in better lap times, improved energy management, and increased reliability and wear management of drivetrain components.
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