Demonstration Gyroscope for School, Colleges and Universities Purpose.

The Demonstration Gyroscope is designed for studying rotational motion, angular momentum, and precession. Its open-frame construction allows students to observe the movement of the gyroscope and investigate the effects of external forces on precession. By holding the vertical shaft, students can stop precession and observe the resulting dipping motion.

The apparatus enables experimental verification of rotational motion principles and mathematical predictions.

Designed and manufactured by Atico Export to meet the practical requirements of modern physics laboratories and educational training facilities.

Working principle :

The gyroscope disk is rotated by wrapping a string around the pulley and pulling it, or by spinning the disk manually. Additional masses can be attached to either end of the gyroscope to produce predictable precession.

Students can observe how applied forces and changes in mass affect precession and rotational motion. Holding the vertical shaft interrupts precession and causes the gyroscope to dip, allowing direct observation of its dynamic response.

• Study of Rotational Motion
• Investigation of Angular Momentum
• Demonstration of Gyroscopic Precession
• Study of the Effects of External Forces on Precession
• Experimental Verification of Rotational Motion Principles

• Low-Friction Design : Low-friction bearings in the gyroscope axle and vertical shaft allow the disk to rotate for an extended period. The disk takes almost 6 minutes to slow to half of its original speed.
• Accurate Angle Indicator : Measures angles from 30° to 140° and can be read to the nearest degree. A retractable stop serves as a reference marker during experiments.
• Easy Timing : Low rotation speeds allow angular speed measurements by counting revolutions and using a stopwatch.
• Easy Balancing : Two counterweights provide coarse and fine balance adjustments.
• Large Inertia Disk : The disk's high rotational inertia produces precession rates comparable to those of smaller enclosed gyroscopes. Its slower rotation allows students to investigate both fast and slow precession and measure rotational behaviour using a stopwatch.