![]() So here comes the real idea: Fix the ride statics on coasters to real G-force calculations and to the intensity of turns and inversions.Īnd if you go over the g-force limit, maybe you could make guests black out or even get so sick they need a first aid or even get killed by the huge amount of G-force they are facing.Ĭause i made a coaster with 11 airtime hits, a drop of 70 meters down, a 131l km/h and still with all this statics a 4.00 excitement rating and a 4.00 fear and 2.00 nausea rating. I know it's a game, but i can't make realistic coasters in Planet Coaster cause it then says there not exciting enough and not enough fear. If you exceed these digits you can blow your heart or your stomach up in just a roller coaster ride. If you were in an elevator accelerating upwards which, you might experience a force of +2g. National Aeronautics and Space Administration (NASA) data show that a range of +8 Gz to -6 Gz (the limit of the accelerometer) can occur during aerobatic. Min Vert G-Force -2.50 (Although -1.10 is pretty uncomfortable and gives a huge moment of airtime, but -2.5 negative G's will kill you, From -1.5 you can get serious blackouts) This causes the liquids in your body to move away from your feet and towards your head. It didn’t go exactly like that (Source: ) In other words, it is the force a person (driver, in our case) can experience when they’re accelerating or braking. ![]() ![]() Acceleration may be described in units of G which. Negative G-force is any G-force in the opposite direction of positive G-force, caused by your body accelerating towards the earth faster than the forces of gravity. A G-force of 1g is equal to the conventional value of gravitational acceleration on Earth which amounts to 9.8 m/s 2 (meter per second squared). So you literally have to kill your guests in order to create such coasters that will allow you to achieve the career challenges.įor safety standards, A coaster should never have more then this G-force otherwise it will kill you by the force. It is related to force by the familiar equation, F ma, where F force, m mass, and a acceleration. Human subjects have been exposed to continuous high-G environment at most for seven days at 1.5 G. Anyone familiar with human flight (or at the very least, roller coasters) knows about G-force. What I've been noticing is that how higher the G-Force, how higher the excitement rating. The human body exhibits alarming symptoms at just -2gz and on a coaster a level higher than -1gz would be considered dangerous.
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