This gyroscope can remove this bottleneck by enabling the use of high-precision and low-cost inertial navigation in most autonomous vehicles, said Jae Yoong Cho, an assistant research scientist in electrical engineering and computer science. Gyroscopes play an important role in our daily lives and appear in a diverse range of products where they are used to navigate, to stabilise or rotate something and they're even used in some great toys. High-performance gyroscopes are a bottleneck, and they have been for a long time. The Super Precision Gyroscope comes with a number of attachments allowing numerous configurations to perform scientific, educational or simply mesmerising, experiments.
The motor can be fastened to the gyroscope with two screws providing hours of continuous use, or it can be used briefly to start it, allowing you to perform experiments for around 7 minutes duration. The Super Precision Gyroscope operates up to 12,000 revolutions per minute using the electric motor and battery pack provided. Carefully chosen stainless-steel miniature ball bearings allow it to run smoothly and almost silently. The most precision designed toy gyrocoscope on the market Tiny ball bearings and near perfect balance keep the gyroscope spinning for several minutes. It is made from solid brass with a light-weight aluminium frame. The Super Precision Gyroscope was designed and built to the highest precision from the very start by an independent British company here in the UK. Binoculars, Magnifying Lenses & Telescopes