ECE.03M – Formula SAE, Efficient Tire Temperature Logging Device

• David Carmona
• Lucas Nakvosas
• Mark Orozco
• Abanoub Saad

In the world of Formula SAE racing, analyzing and optimizing tire performance is very important for achieving competitive success. However, previous solutions for measuring and logging tire temperatures, such as surface lasers, lack the robustness, specificity, efficiency and organization required for our unique tire specifications. Our project aimed to address this need by developing an advanced real-time tire temperature data logging system tailored to the demands of Formula SAE competition. By promptly displaying tire temperature data and facilitating seamless data storage, the team’s ability to interpret tire behavior in relation to suspension dynamics is enhanced. To begin, we acknowledged the critical requirements for our system’s functionality. First, the device needed durability in terms of a temperature resilience of 180 degrees F, waterproofing, and resilience to environmental usage. Moreover, our system incorporated three strategically positioned probes to monitor distinct tire surface locations. Furthermore, our device utilized a rechargeable power source with approximately 20 hours of runtime for optimal convenience and longevity. In pursuit of our objective, we aimed to revolutionize tire temperature monitoring within Formula SAE racing. With our comprehensive solution, we anticipate significant advancements in tire performance optimization and vehicle dynamics analysis, enhancing future racing endeavors for our SAE team.