Top 5 reasons why Driving Simulators makes Driver Training Easy

Driving simulators that use the latest Racing software like Assetto Corsa makes Driver training and goal matching easier than ever. Why? It’s all in the method and repetition in which the Driver is able to engage and track their development.

Modern Sim software use features that allow coaches and drivers to track and improve performance using real-time data and telemetry. These simulators provide a virtual, safe, and controlled environment where driving skills can be refined with the help of data analysis. Key aspects to focus on include:

• Data Logging & Telemetry: Assetto Corsa records data such as lap times, throttle/brake input, steering angles, tire temperatures, and more.

• Real-Time Feedback: Coaches can monitor performance in real-time or review the session data afterward.

• Consistency & Progression: By comparing lap times and telemetry data over multiple sessions, drivers can identify areas for improvement.

Key Data Metrics to Track in Racing Simulators

• Lap Times: Fundamental to gauge driver speed, comparing both overall lap times and sector splits.

  Expected Results: Drop your lap times by 0.05 seconds a day, everyday for a month and see improvements that can take many months if not years of instruction and on course to master.

• Throttle/Brake Input: Track throttle and brake application timing, pressure, and modulation to identify if a driver is over- or under-using inputs.

  Expected Results: Tactile sensitivity and precision in execution makes the driver as predictable and competent of the situation as possible.

• Steering Angle: Analyzing steering inputs helps to ensure the driver is using correct and consistent lines, avoiding excessive steering or understeering.

  Expected Results: Effortlessly higher efficiency due to well programmed outputs on and off the track. Think about how the apex of a corner makes you more competitive in this regard.

• Tire Data: Tire temperature, pressure, and wear are crucial for understanding tire management and adjusting driving styles accordingly.

  Expected Results: Realistic models in physics will make real world, on track results much more predictable.

• G-Forces: Lateral and longitudinal forces give insights into cornering, braking, and acceleration techniques.

  Expected Results: Expect more pressure in the real world, thankfully the training on a static machine makes the driver less susceptible to change.

• Gear Shifting: Monitoring shift points and consistency to optimize gear use in terms of RPMs and timing.

  Expected Results: Power over the rev band that has been digitized over time is all about timing of gear shifts to ensure easy acceleration.