Experience simulation results in stunning 3D visualization with Apex 3D. View optimal laps rendered on real-world terrain using Cesium tiles and satellite imagery, with realistic F1 car models and comprehensive HUD displays.
Apex Simulation
Advanced optimal lap simulation technology
Apex Simulation is a sophisticated optimal lap simulation system designed to calculate the fastest possible lap time for any given track and vehicle combination. By inputting track and vehicle specifications, the system computes the optimal racing line, speed profiles, and control inputs required to achieve peak performance.
The simulation engine leverages advanced vehicle dynamics modeling and optimization algorithms to determine the ideal driving strategy. This allows teams and engineers to understand the theoretical limits of their vehicles and identify areas for improvement in both vehicle setup and driver technique.
Key Features
The simulation system accepts detailed track geometry and vehicle specifications as inputs, including aerodynamic properties, mechanical characteristics, tire models, and powertrain data. Using these parameters, the solver determines the optimal trajectory through each corner, maximizing speed while respecting vehicle dynamics constraints such as tire grip limits, aerodynamic balance, and mechanical limitations.
The output includes comprehensive lap data: optimized control inputs for throttle and steering throughout the lap, complete vehicle state information at every point on track, speed traces showing where time is gained or lost, and detailed analysis of how different vehicle characteristics affect lap time. This information is invaluable for vehicle development, setup optimization, and driver coaching.
Simulation Outputs
Apex Simulation generates detailed telemetry data showing the optimal racing line, speed profile, throttle and brake application, steering inputs, and vehicle state variables. The system calculates lateral and longitudinal acceleration profiles, tire slip angles, suspension loads, and aerodynamic forces acting on the vehicle throughout the lap.
These outputs enable engineers to validate vehicle models, optimize setup parameters, and identify performance opportunities. The simulation data can be compared against real-world telemetry to assess driver performance and guide vehicle development decisions. The results power visualization tools like Apex 3D, allowing teams to see the optimal lap in immersive 3D environments.
Related Tools
Analyze telemetry data with interactive charts and graphs using Apex Graphs. Visualize speed, throttle, RPM, and gear data as the vehicle completes the lap, with animated track position and comprehensive standings data.
Access F1 data programmatically through Apex Server REST API. Get JSON-formatted telemetry, standings, and race data through simple HTTP endpoints for integration into your own applications.
