F1 Car Background

Generative
Physics

for Limitless Design

Generative Physics

The world's largestand most accurateAI model for the physical world.

It delivers fast AI design explorationat the industrial scaleand accuracyrequired for engineering

No solver mesh required
200M+ cell 3D transient CFD
Model that generalises

Transform your CFD workflow

BeyondMath Product UI
Watch our full scale 3D transient simulation of a 2026 Formula 1 car
- driven entirely by BeyondMath AI
Credit to UniFi and VFluid for access to the 2026 car geometry

"If simulations took seconds instead of days, engineers would be unshackled. They'd have the freedom to get more creative, explore design spaces, optimize in software, and, overall, carry out many more iterations before delivering a product."

AI and the Promise of Hardware Iteration at Software Speed

Revolutionizing F1 Aerodynamics

Working with a leading Formula 1 team, BeyondMath's AI-powered simulation platform achieves breakthrough results in aerodynamic simulation. Our technology enables full-car transient simulations in under 100 seconds, a task that traditionally takes hours or days.

  • 1000x Faster than traditional CFD methods
  • 1000x More Iterations in the same timeframe
  • Improved Accuracy through physics-based AI

BeyondMath is now building a model specialised for the new 2026 F1 car. If you are an F1 team and not using BeyondMath's AI, you're falling behind.

Formula 1 Car CFD Simulation Formula 1 Car

Additive Manufacturing in Aerospace

Working in an Aerospace consortium to optimize components for additive manufacturing, BeyondMath's AI-powered platform is helping accelerate the design and production of new parts, significantly reducing time and cost.

  • 5% improvement in flowmeter accuracy
  • Iterative optimization for component design
  • AI Simulation tools provided by BeyondMath
Aerospace Component ATI

World-Class AI Team

At BeyondMath, we've assembled a team of leading AI researchers, engineers, and industry experts from top institutions and companies worldwide.

Google Amazon Alexa Palantir NASA
University of Cambridge University of Oxford Imperial College London

Our team combines decades of experience in machine learning, computational fluid dynamics, and high-performance computing to push the boundaries of what's possible in engineering simulation.

Ready to shape the future of engineering? We're always looking for exceptional talent to join our team.


Get in Touch

Whether you're interested in joining our team, getting early access to our platform, or learning more about our technology, we'd love to hear from you.