Welcome to the World of F1 Aerodynamics
Aerodynamics has always been at the heart of Formula 1 innovation, with every curve, wing, and vent shaped by the relentless pursuit of speed, stability, and efficiency. In this new series, we’re taking a deep dive into the history of Formula 1 aerodynamics, using modern CFD software for F1 to analyse how designs have evolved across the decades and uncover the engineering decisions that made each car unique.
Our aim is twofold: to celebrate the rich history of F1 engineering and to showcase the advanced capabilities of bramble’s CFD software. Through detailed simulations, comparisons, and visualisations, we’ll uncover how aerodynamic thinking has shaped some of the most iconic machines in motorsport history.
The Four Cars That Defined Generations
To illustrate this aerodynamic journey, we’ll focus on four legendary Formula 1 cars, each representing a milestone in design philosophy and performance:
- Porsche 804 – 1962
- Ferrari 312T – 1975
- McLaren MP4 – 1988
- Ferrari SF16H – 2016
Each of these cars tells a story, not only about racing success but also about how aerodynamic science shaped engineering decisions in its time.
View the F1 aerodynamics analysis series so far
What to expect from this series:
- Detailed CFD simulations. We’ll run each car through comprehensive CFD analyses, showcasing bramble’s ability to handle complex geometries and flow conditions
- Comparative analysis. We’ll compare key aerodynamic parameters across these four generations, helping you understand how Formula 1 aerodynamics has evolved over time.
- Visualization techniques. Expect to see cutting-edge flow visualization methods that bring these historical designs to life in ways their original engineers could only dream of.
- Performance metrics. We’ll break down how changes in aerodynamic design have affected drag, downforce, and overall performance.
- Technical deep dives. For those who love the nitty-gritty, we’ll explore specific aerodynamic features unique to each era and how they influenced car performance.
Why this matters to you:
As CFD engineers and aerodynamicists, understanding the history and evolution of Formula 1 aerodynamics can provide valuable insights applicable to your current projects. Whether you’re working on automotive design, aerospace, or any field involving fluid dynamics, the lessons learned from F1’s aerodynamic journey are invaluable.
Moreover, this series will demonstrate how modern CFD tools like bramble can be used to analyse and understand complex aerodynamic phenomena, even on historical designs. You’ll see first-hand how our platform can handle a variety of challenges, from simple geometry to intricate modern aero packages.
Each article in this series will delve into one of these iconic cars, exploring its unique features and its place in the grand tapestry of Formula 1 aerodynamics.
Do you have any specific aspects of these cars you’d like us to focus on? Any particular flow phenomena you’re curious about? Let us know in the comments below, and we’ll do our best to incorporate your interests into our analyses.
Get ready to witness the power of CFD in unravelling the secrets of Formula 1’s aerodynamic evolution. The green light is on, and we’re off to a flying start!
Related articles
Internship Applications for 2026 are Open!
Bramble CFD are taking applications for a paid internship position for the 2026-27 academic year, starting in September 2026. If you’re interested...
Rolling Reports – A Smarter Way to Log and Share Your CFD Results
Every CFD engineer knows that the real challenge begins after the simulation finishes - turning CFD results into something that others can...
Exporting Volume Data
Sometimes you may want to view your CFD results in a desktop tool like ParaView for further analysis. This guide explains how to export volume data...