Mercedes domination at the early stages of the hybrid era began with the W05, a car that tied together multiple design ...

On the back of the introduction of more severe front wing load tests, Mercedes' technical director James Allison stated that the stiffer front wings will make the car more nervous in high-speed ...

Poor straightline speed and an inherent front-end weakness means Aston’s drivers have had to improvise to make passing moves ...

HP, rear-wheel drive, and track-honed precision. Discover its S58 twin-turbo engine, carbon fiber upgrades, and why it’s a ...

Rear diffusers improve vehicle aerodynamics by accelerating airflow underneath a car, improving grip, handling performance, ...

F1 cars must comply by new design rules for their front wings from the 2025 Spanish GP. But why are they needed and what do ...

Humanity has long been obsessed with heavier-than-air flight, and to this day it remains a topic that is shrouded in a bit of mystery. In this video we take a detailed look at lift, starting with how ...

The aerodynamic feature immortalized on track by ... historian at the Museum of American Speed in Lincoln, Nebraska, where the car currently resides. Zaparka’s version differed from the one ...

In addition, the flexible packaging process enabled by LONGi's TaiRay silicon wafers achieves optimal application on curved car body surfaces, complementing the aerodynamic design of the racing ...

This makes drafting especially potent at NASCAR speeds. Downforce: While drag is reduced, the aerodynamic force pressing the car onto the track (downforce) can also change, affecting grip and handling ...

This force increases with speed ... Simple modifications can enhance your car's aerodynamics. Start by removing roof racks when not in use. These add significant drag, especially at high speeds.

Below are seven easy and inexpensive ways to improve your car’s aerodynamics. In physics, drag is the force that opposes a moving object and slows it down. In cars, drag increases with friction and ...