Virtex Simulation provides high-fidelity motorsport simulation tools built on engineering-grade digital twins of race vehicles. Their ecosystem combines next-generation hardware, accurate vehicle modeling, and LiDAR-scanned global circuits for comprehensive race preparation. This platform allows technical staff and drivers to accelerate setup development and optimize performance across various track conditions.
Funding
Funding not disclosed
Founders
Product
Problem
Motorsport teams often lack access to precise, on-demand vehicle testing because physical track sessions are limited, expensive, and require extensive setup time. Traditional simulation tools may not capture the full dynamics of a car or the exact characteristics of global circuits, leading to suboptimal setup decisions.
Solution
Virtex Simulation delivers an integrated platform that combines engineering-grade digital twins of race cars with a high-fidelity, low‑latency simulator and LiDAR‑scanned track models. The system reproduces vehicle behavior—including chassis, aerodynamics, and tyre performance—allowing drivers and engineers to evaluate and adjust setups in a virtual environment that mirrors real‑world conditions. All software components, licenses, and model integrations are managed by experienced motorsport specialists, so teams can focus on data‑driven setup optimization without handling complex technical infrastructure. Real‑time feedback and analytics enable rapid iteration, reducing the need for on‑track testing while preserving accuracy.
Target Audience
The primary customers are professional motorsport teams—including Formula 1, GT3, and LMP2—along with their drivers and engineering staff who require precise virtual testing and setup optimization.
Features
- Customizable F1‑grade cockpit with hardware latency of 3–4 ms for realistic driver feel
- AI‑enhanced digital twin generation that models chassis dynamics, aerodynamic loads, and tyre characteristics
- Global circuit library created from high‑resolution LiDAR scans, supporting variable track conditions and surface asperities
- Integrated simulation software stack with automated license and model management handled by F1‑seasoned engineers
- Real‑time telemetry capture and analytics dashboard for immediate setup evaluation and adjustment
- Multi‑user environment that supports simultaneous driver and technical staff sessions for collaborative development
- Secure data handling compliant with industry standards for confidentiality and integrity