The Super Precision Gyroscope is a completely new gyroscope,
designed from scratch and precision-built to extremely high
standards. Made from solid brass and aluminium, it runs on
miniature high-grade bearings. Tests have shown it runs
almost silently for up to 7 minutes (allowing about 4 minutes
of useful experiment time).
More information about the Super Precision Gyroscope
Produced since 1921, These Japanese gyroscopes are probably the best of the 'toy'
gyroscopes on the market. They are of all-metal construction with an
outside diameter of 2.5 inches (63mm) and weighing approximately 4 ounces
(100 grams). Includes starting string, pedestal and English operating and
maintenance instructions.
More information about the Japanese 63mm Gyro-Top (Chikyu Goma)
This gyroscope is an improvement on the Tedco gyroscope and is probably
the most precise toy gyroscope for its price. Tiny ball bearings and a
well-balanced wheel keep the gyroscope spinning for several minutes.
More information about the Deluxe Gyroscope
This Gyroscope XT is a well balanced toy for all ages. It has a sturdy plastic frame that is
designed for tricks and stunts. It comes with string, pull cord and paper pocket trick instructions.
It even comes with instructions and trick CD-ROM.
More information about the Gyroscope XT with CD-ROM
Produced since 1917, This original Tedco gyroscope has been a
classic educational toy for generations. Includes starting string,
pedestal, and instructions for amazing tricks.
More information about the Tedco Original Toy Gyroscope
This mini gyroscope comes in a box just 2.5 inches (6cm) square. The disk is
2 inches (5cm) across and because of its size it is ideal for younger children from
about 5 years old.
More information about the Mini Gyroscope
This is another variation on the humble gyroscope appealing to children's imaginations.
The Gravitron is a gyroscope concealed in a UFO and is operated with a simple-to-use
T-handle suitable especially for small children.
More information about the Gravitron
Tachometers are used to measure the rate of rotation (in revolutions per minute) of a
spinning object. This one uses a laser beam which allows for non-contact measurement.
It is ideal for measuring the speed of gyroscopes and a `must-have' for laboratory
experiments.
More information about the Digital Laser Tachometer
This book was written as a response to a lack of publications offering easily
understandable information on gyroscopes. This book aims to fill the gap
between dictionary definitions and the all too often highly mathematical
books on gyroscopes. With the aid of illustrations you will be shown the
principals of gyroscopes including precession and nutation, where and
how gyroscopes are used, practical mathematical examples and some
of the history of gyroscopes.
More information about the New Book On Gyroscopes
Its back! By popular demand we have produced another version of our lecture
gyroscope. Based on University gyroscopes from the 19th century this gyroscope
is over 12 inches tall and is made from solid brass. It runs almost silently on
precision stainless steel miniature ball bearings.
More information about the Brass Lecture Gyroscope