Eisco Labs Premium Gyroscope and Gimbal Cradle on Wooden Base
- EASY TO USE || Sting is provided as a simple and effective way to spin the gyroscope. Locate the hole on either side of the gyroscope, slide the string through the hole, rotate the gyroscope wheel, and quickly pull the string to set the gyroscope into a spin.
- LESSONS AND OBSERVATIONS || The gyroscope is an excellent apparatus for conducting experiments in precision, angular momentum, inertial guidance, and gyroscopic stabilization.
- DIMENSIONS || Eisco Labs Gyroscope measures approximately 7" x 5" x 5". The brass gyroscope wheel measures approximately 6cm in diameter and is balanced within 0.5 grams.
- SPINS LONGER || Eisco's Gyroscope is designed with teflon bearings that allows the device to spin three times longer than gyroscopes with conventional cone bearings.
The gyroscope is mounted on a gimbal cradle. A solid block and a rocker are supplied for supporting the gimbal cradle. The sturdy gyroscope has a brass rotor, 6cm in diameter. The rotor is dynamically balanced to within 0.5g. Its steel shaft has polished bearing surfaces and adjustable teflon bearings that will allow it to run three times as long as gyroscopes with conventional cone bearings.
- EASY TO USE || Sting is provided as a simple and effective way to spin the gyroscope. Locate the hole on either side of the gyroscope, slide the string through the hole, rotate the gyroscope wheel, and quickly pull the string to set the gyroscope into a spin.
- LESSONS AND OBSERVATIONS || The gyroscope is an excellent apparatus for conducting experiments in precision, angular momentum, inertial guidance, and gyroscopic stabilization.
- DIMENSIONS || Eisco Labs Gyroscope measures approximately 7" x 5" x 5". The brass gyroscope wheel measures approximately 6cm in diameter and is balanced within 0.5 grams.
- SPINS LONGER || Eisco's Gyroscope is designed with teflon bearings that allows the device to spin three times longer than gyroscopes with conventional cone bearings.
The gyroscope is mounted on a gimbal cradle. A solid block and a rocker are supplied for supporting the gimbal cradle. The sturdy gyroscope has a brass rotor, 6cm in diameter. The rotor is dynamically balanced to within 0.5g. Its steel shaft has polished bearing surfaces and adjustable teflon bearings that will allow it to run three times as long as gyroscopes with conventional cone bearings.