osaero

This project was created in collaboration with automotive YouTube creators Povagowani and focused on analyzing the active aerodynamic systems of the Ford Mustang GTD using detailed CFD airflow simulations. The Mustang GTD is currently one of the fastest production cars ever tested on the Nürburgring, and this project aimed to understand how its aerodynamic systems contribute to that performance. Unlike traditional fixed-aero vehicles, the GTD constantly changes its aerodynami

This project focused on aerodynamic analysis and airflow optimization for the Polaris RZR Pro R 2026, a vehicle being prepared for participation in the 2027 Dakar Rally. Dakar is considered one of the toughest off-road racing events in the world, where vehicles must survive extreme terrain, high temperatures, dust, and long-distance endurance stages. In these conditions, reliability, cooling efficiency, and vehicle stability become just as important as raw performance. Unlike

This project focused on aerodynamic development for a drag racing vehicle built for a Lithuanian racing team. Drag racing is a motorsport discipline where two vehicles compete in a straight-line acceleration race, typically over a quarter-mile distance. In this type of racing, every fraction of a second matters, meaning aerodynamic efficiency, stability, and airflow management become extremely important, especially at very high speeds. Our work concentrated on improving the v

This project focused on analyzing the latest Parolin kart aero package using detailed CFD airflow simulations. The study compared the new bodywork directly against the previous generation under identical testing conditions to evaluate improvements in airflow management, drag reduction, and downforce generation. The analysis examined the redesigned front bumper, front panel, and sidepods. Results showed that the new bumper design improved airflow attachment and reduced separat

This project focused on the aerodynamic performance of the Lamborghini Murciélago LP640 using detailed CFD airflow simulations. Although the Murciélago is primarily known for its naturally aspirated V12 engine and aggressive styling, the analysis revealed that the vehicle also features surprisingly advanced aerodynamic solutions. The study examined airflow behavior across the entire vehicle, including pressure distribution, flow separation, cooling efficiency, and wake genera

The Porsche 911 992 may appear visually simple, but its aerodynamic design is exceptionally refined. This project focused on analyzing the vehicle’s airflow behavior, cooling efficiency, drag characteristics, and stability using detailed CFD simulations. The study revealed that Porsche strategically positioned the front cooling inlets in high-pressure regions to maximize cooling performance while minimizing drag. Active aerodynamic elements, including adjustable cooling curta

A private client approached us to analyze how a subtle rear spoiler affects the aerodynamics of the BMW G20. Using detailed airflow and pressure simulations, we compared the completely stock vehicle against a version fitted with a small trunk spoiler to determine whether such modifications provide real aerodynamic benefits or are purely visual. The analysis revealed several interesting results. While the stock BMW G20 already features relatively efficient airflow characterist

Formula 1 never stands still. Every few years, the sport reinvents itself—and 2026 is set to be one of the biggest shake-ups in modern F1...