Applications · Who It's For
From professional race engineers and technical studios to 3D makers, drone builders, and sim racers. Laminar brings wind-tunnel precision to every project.
Optimize downforce, reduce aerodynamic drag, and balance aero distribution across spoilers, diffusers, splitters, and complete car bodies. Ideal for automotive engineers, Formula SAE / Formula Student teams, and motorsport tuners.
Bring real physics to virtual tracks. Extract authentic drag, lift, and aero balance maps for Assetto Corsa, iRacing, and rFactor 2 vehicle mods—replacing guesswork with real CFD data.
Test wing airfoils, RC touring car bodies, and high-speed hulls at true Reynolds numbers. Maximize glide ratio, cornering grip, and straight-line stability before hitting the track or field.
Reduce frame drag, optimize camera pods and canopies, and evaluate longitudinal pitch stability at high flight speeds. Extend battery flight time and achieve razor-sharp handling.
Export your STL or OBJ straight from CAD or your slicer and test it in our virtual wind tunnel before printing a single gram of filament. Iterate faster, waste zero material, and print only the winning design.
Every watt counts. Analyze cycling frames, time-trial helmets, fairings, skis, and water-sports equipment to shave seconds off the clock and gain a decisive competitive edge.
Deliver rapid aerodynamic validation, wind load assessments, and stunning 3D flow visualizations to your clients—without investing tens of thousands in legacy licenses or local workstations.
For organizations, R&D departments, and engineering teams, we offer bespoke Enterprise solutions on request—with full feature customization, API access, and dedicated cloud infrastructure.
Integrate Laminar's cloud solver directly into your internal CAD pipelines, generative design loops, or automated batch simulation workflows.
Tailor-made boundary conditions, bespoke physics models, custom post-processing reports, and white-label UI adapted to your exact industry needs.
Reserved high-memory cloud compute nodes, strict data privacy & NDA compliance, and direct engineering support from our core team.
