Escape death by centrifugal force

Steve Truglia, an English stuntman, has successfully performed a stunt on the acrobatic circle with perfect precision, based on the phenomenon of centrifugal force.

Based on the basic phenomenon of physics is centrifugal force, which occurs when an object moves in the inner face of a curve that tends to keep moving objects clinging to orbit, Truglia can completely do so. my performance.

However, if shy when pressing the gas, the yellow Toyota and Truglia will fall to the ground like a stone when reaching the top of the circle. Or if driving at a speed too fast, the pressure can make him unconscious. But the picture above shows the time and speed that Steve achieved is perfect.

Just a small mistake, Steve's car can fall to the ground like a "stone".

This 'breath-taking' performance was done with the help of a Cambridge physicist, and was filmed at Suffolk Air Headquarters for Five TV channels. This video will be officially announced on a special TV show on May 23rd.

John Nolan, North One TV channel, said Steve Truglia was faced with a survival decision to accept the challenge. 'This is the biggest and tallest acrobatic circle ever. Just a small mistake, Steve may not be here , 'he said.

Steve has achieved perfect time and speed.

To limit all risks, Steve took part in training on a plane to familiarize himself with the pressure of free fall acceleration. Combat pilots are trained to stretch the muscles of the legs, arms and abdomen to limit blood flow from the brain, which can lead to unconsciousness. And Steve has passed a series of rigorous training.

Steve Truglia excelled in the adventure because of the precise control of the radial force. The Toyota also achieves speed just enough to make the centripetal force create when the vehicle moves in a circle that is enough to resist gravity. This requires the driver to achieve a speed of 60 km per hour, then immediately shift the gear and reduce the speed to 25 km per hour when the car reaches its peak.