Human Gyro – New Thrill Ride

The human gyroscope ride is a new kind of entertainment equipment that evolved from the gyro simulator used in training pilots and cosmonauts. The human gyro appeared on the market in late 2009, so the gyroscope is a relatively new entertainment equipment for most people. People will like this amusement park ride due to its unique appearance.commodo ligula eget dolor. Aenean massa dictum felis eu pede mollis. 

A rider in a gyroscope can rotate 360 degrees arbitrarily at different speeds, sometimes quickly and slowly. Human Gyroscope ride will give passengers a special feeling of free rotation in three-dimensional space. Being in the gyro, passengers will be able to relax all the muscles of the body and enjoy to full extent.

Racing Car Seats – Carbon Fibre only

Racing car seat, used in professional motorsports and designed for high loads is used in Jumpking’s Human Gyroscope Ride. A racing chair is an integral structure made of carbon fiber or composite materials. Accordingly, it is not possible to adjust the inclination of the backrest and other properties characteristic of other types of seats. The optimal angle between the support of the hips and the back support is set once and for all. The lack of adjustments is due to the fact that the whole structure is capable of withstanding heavy loads, thereby ensuring maximum safety for the rider.

Motor Schneider Electric

Schneider Electric is the largest manufacturer of electrical and automation equipment.

Schneider Electric is the largest manufacturer of electrical and automation equipment. Schneider Electric products are used to build complex energy-efficient solutions for energy and infrastructure, industrial enterprises, civil and residential construction projects, and data processing centers.

“Motor + Drive” SystemServo motors “Schneider Electric” – one of the main components of the Human Gyroscope. It has a mechanical drive with a special speed sensor, positioning sensor and the applied force sensors. The data coming from the sensors allows to effectively control the electric motor through a control system which, reacting to changes in the sensor readings, controls the movable part of the mechanism in order to maintain the specified speed set by means of special software.