Moonar develops AI-powered engineering software that helps tyre manufacturers automate design, predict performance and turn technical knowledge into repeatable engineering workflows.
Built specifically for tyre R&D, design and industrial engineering teams.
Each product addresses a specific stage of tyre engineering: capturing physical geometry, designing mould and section geometry, and predicting performance.
An integrated engineering suite that uses AI to translate component geometry between green and cured states.
Connect extrusion profiles, cured component geometry and tyre specifications within one consistent, bidirectional workflow.
Convert tyre cut-section images into structured engineering geometries and design parameters.
Turn physical tyre sections into reusable digital inputs for benchmarking, design and optimization.
Predicts inflated tyre profile, footprint, rolling resistance and cornering stiffness from specification matrix data.
Turn specification and experimental data into reusable predictive engineering intelligence.
Moonar combines real tyre engineering deployments with applied research in artificial intelligence, computer vision and engineering automation.
Moonar software is developed and deployed within real tyre engineering workflows, supporting design automation and performance prediction as part of ongoing industrial programs.
Moonar collaborates with Italian universities on applied AI, computer vision and tyre engineering methods.
Every tyre manufacturer has different specifications and integration requirements. Talk to our engineering team about your development process.
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