Flying rope dancing rope
- In stock with stable lead times — single units or complete sets
- Size, appearance and interaction can be adapted to the museum’s theme
- For science museums, campus science rooms, community science centers and mobile science museums
- Export packing and overseas on-site installation support
Flying rope/Flying rope/Upward flying rope/Standing rope - Science Museum exhibitions exhibition items plan
Science Behind It
The characteristic of an object maintaining a stationary state or uniform linear motion is called inertia. Inertia is an inherent characteristic of an object, expressed as the degree of impedance of the object to its motion state, and mass is a measure of the object's inertia. When the external force acting on an object is zero, inertia occurs because the object maintains its motion state unchanged, that is, it maintains static or uniform linear motion. source factory of science museum exhibits - Shanghai Inertia Automation Co., Ltd. Reminder: When the external force acting on an object is not zero, inertia occurs as the external force changes the motion state of the object.
Exhibition items description
Exhibition items explore the principle of inertia through electromechanical interaction. The exhibition items consist of a rotating mechanism and ropes. The wheel structure includes an active wheel and a driven wheel, with a rope sandwiched between the wheels. source factory of science museum exhibits - Shanghai Inertia Automation Co., Ltd. When prompted to participate, the audience presses the "start" button, and the motor drives the wheels to start rotating. Due to the friction between the two wheels, the wheels drive the rope to start moving. Rotate the handle to control the direction of the flying rope and observe its shape.
form of expression
Mechanical and Electrical Interaction
How to Operate
1. Press the "start" button, the rope slowly flies up, and observe the movement of the rope;
2. Rotate the handle to control the direction of the rope's movement and observe the rope's movement pattern.
video demonstration
