In everyday life, we won’t be exerted to extreme G-force, but you might feel it if you accelerate quickly when you’re driving and find yourself being “pushed” back into your sheet. We can only experience G-force through mechanical forces, as G-force is the resistance of the earth’s standard gravitational force to the mechanical force. So as defined by The Merriam-Webster Dictionary, it essentially means the “force of gravity or acceleration on a body.” G-force indirectly produces weight, which the body feels at high speeds during rapid acceleration or deceleration. The term G-force comes from the gravitational force equivalent.
#Whats g force drivers#
So, let’s have a look at what G-force is in some more detail and how Formula 1 drivers deal with it during a race.īefore examining it in further detail in the context of F1, we must define what G-force is, so we better understand it. G-force is often felt during rapid acceleration or rapid deceleration during an F1 race, like when the driver brakes when going around a corner. This is because the force of gravity resists the mechanical force, which is why it feels like we’re being pushed. However, we only feel it when a mechanical force (like an F1 car braking) exerts a force on our body. G-force is the force exerted by the earth’s gravitational pull on your body. So, let’s look at what G-force actually is and its influence on Formula 1. It is a naturally occurring thing that follows the laws of physics, but if drivers do not prepare their bodies for it, they’ll struggle to race at a high level. G-force is a significant part of Formula 1.
Editorial credit: Jay Hirano Photography /
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