Gyroscopes were a critical part of the Apollo guidance and navigation systems. On missions like Apollo 8, they provided the stable reference points needed for astronauts to navigate to the moon and back.
The story of the gyroscope is a journey from a simple child's toy to a high-tech instrument that enables modern navigation, space exploration, and even the smartphones in our pockets. The Evolution of a "Magic" Machine
These videos explore how gyroscopes work, their critical role in historical missions like Apollo 8, and their modern-day applications in our pockets: The hidden story of your phone's gyroscope YouTube · CNET gyroscope
As part of electronic stability control systems to prevent skidding. Inside controllers like the Nintendo Wii Mote Go to product viewer dialog for this item. to track motion.
French physicist Léon Foucault used the device in a famous experiment to demonstrate the Earth's rotation. He coined the name "gyroscope" from the Greek words gyros (circle/rotation) and skopeein (to see)—literally, "to see the rotation". Guiding Ships and Astronauts Gyroscopes were a critical part of the Apollo
To detect screen orientation and enable augmented reality. Cars:
What was once a massive, heavy machine has been shrunk down to microscopic size through MEMS (micro-electro-mechanical systems) . These tiny sensors are now in: The Evolution of a "Magic" Machine These videos
In the early 20th century, Elmer Sperry developed the gyrocompass , which points to true north rather than magnetic north. This allowed metal warships and torpedoes to navigate with extreme precision.