Formula 1 is a complex and thrilling motorsport that requires the highest driving skills and an advanced level of engineering. From the frames to the power units, the teams must use innovative technologies, in order to gain a competitive edge over their rivals. It requires an insane amount of research to stay ahead. Even more so, as it needs to comply with the environmental regulations. Today we’ll be talking about the success of these cars, which is subject to 2 principles: aerodynamics and horse power. Both of those are taken under consideration when the best online bookmakers look for the odds to offer for the next races.
Air
Aerodynamics have to do with the flow of air around the car. It is not so long ago that the science of it was quite underestimated. In fact, Enzo Ferrari himself believed that building engines would be enough to be faster. The recent rules have proved how wrong he was. Not only because of the limitations to the manufacturing of the power units, but also due to the fact that they would need to turn to green energy. It’s quite a challenge to maximize vehicle performance under these terms.
Power
Sebastian Vettel predicted last year that F1 engines will have to become fully electric to follow the recent developments for the protection of the environment. And the decisions of FIA are gradually taking it there. Since the inception of KERS (Kinetic Energy Recovery System), and the reduction of both the number of cylinders and the displacement and the power units, the focus is turned to the MGU systems over the traditional internal combustion engines.
The combination produces a staggering amount of horse power. All of it can move the single seater quite fast in a straight line. But how helpful is it in turns? Without the front and rear wings producing down force, the vehicles would be impossible to turn.
Is it one, the other, or both?
Let’s define “down force” for the uninitiated. And let’s make it simple. It’s the power that keeps the car down on the ground. So, we have the engine that moves the car forward, and the wings that keep it as a vehicle and not as an aircraft. And here comes the difficult part. Even with those, is the car both driveable and fast?
he answer is no and this is the reason that the whole science exists. Engineers put to effect tricks to achieve the objective. They add angles to the wings, camber to the wheels (they are in angle to each other instead of parallel and vertical to the ground), keep the floor as close to the track as possible and make a series of other settings. The problem is the same as in every such sort of endeavor: too much of this and that doesn’t produce as it should. Too much of that and the single seater becomes undriveable.
Hence the key to success. All of the settings must be in balance with each other. Otherwise, the car is not competitive. Sounds easy enough but it’s a million miles away from actually being simple. What punters see is the result of the application of the science behind. And it is what prompts them to register for an account at the best betting platform.
