The study of how air interacts with moving objects, crucial for designing fast RC cars.

The strategic placement of components in an RC car to optimize handling and performance.

Techniques and modifications aimed at maximizing the speed of an RC car.

Racing against others in a formal setting, requiring high-performance vehicles.

The ratio of the number of teeth on two gears, affecting speed and torque in RC cars.

The effectiveness of an RC car's motor in converting energy into speed.

Choosing the right tires for specific racing conditions to enhance grip and speed.

Systematic approaches to evaluate and refine the performance of RC cars.

Interpreting performance data to inform design and tuning decisions.

Creating a preliminary version of an RC car to test design concepts.

Plans formulated to maximize performance during competitive racing events.

Continuous enhancements made to designs based on testing and feedback.

The process of combining various parts of an RC car into a cohesive unit.

Tracks designed for competitive racing, each with unique challenges.

Systems for gathering insights and suggestions to improve performance.

Choosing appropriate materials for building RC cars based on performance needs.

Evaluating a prototype's performance to identify strengths and weaknesses.

Flexible approaches to racing that respond to changing conditions.

The consistency of an RC car's performance under various conditions.

Fundamental concepts that govern effective racing strategies and techniques.

Computer programs used for modeling and simulating RC car designs.

Benchmarks established for performance in competitive racing.

Sophisticated methods for evaluating the performance and durability of RC cars.

Practical assignments that reinforce theoretical knowledge through application.

Adjusting various aspects of an RC car to enhance its speed and handling.