01
Prove component value
Quantify how a splitter, diffuser, wing, vent, or body change affects drag, downforce, pressure, and wake behavior.
Automotive & Transportation
CFD analysis for vehicle bodies, cooling paths, and aftermarket parts
This service area evaluates whether a vehicle body feature or aftermarket component changes airflow in a useful way. It is designed for engineering review, design iteration, and product validation visuals.
Media slot
Vehicle CFD pressure maps, streamline video, underbody flow, or component comparison media.
Automotive & Transportation
Why automotive teams need CFD before tooling
A component can look aerodynamic without improving vehicle performance. CFD reveals whether bodywork, underfloor features, vents, and cooling paths deliver a measurable benefit before tooling and road testing lock in the design.
02
Balance competing targets
Compare aerodynamic stability, drag, downforce, and cooling flow together instead of improving one metric at the expense of another.
03
Reduce late redesign
Identify ineffective geometry and flow bottlenecks before molds, production parts, or repeated track tests make changes costly.
Automotive & Transportation
Automotive & Transportation
For automotive and aftermarket parts, the question is not only whether a component looks aggressive, but whether it changes airflow in a useful way. We analyze external flow, drag, downforce, pressure distribution, underbody behavior, wake structure, cooling airflow, and component-level performance.
Drag coefficientDownforceCooling mass flowUnderbody flow
01
Front lip, splitter, wing, diffuser, and body kit comparison
02
Cooling duct or vent design
03
Underbody flow diagnosis
04
Drag and downforce balance
05
Engineering visuals for product validation
Automotive & Transportation
Typical questions
01
Does a splitter, wing, diffuser, vent, or body kit improve aerodynamic behavior?
02
How does the component change drag, downforce, wake structure, or underbody flow?
03
Is cooling airflow sufficient through ducts, vents, or grilles?
04
Which option has the best drag/downforce or cooling balance?
Media slot
Reserved outputs and media
Media slot
Vehicle CFD pressure maps, streamline video, underbody flow, or component comparison media.
Vehicle pressure and velocity field visuals
Underbody streamline images or video
Before/after component comparison
Drag, lift, and cooling-flow trend tables
Product validation visual package
Project Intake
Have a design that needs simulation review?
Send us the geometry, target metric, operating condition, and design question. We will help define a practical simulation workflow.