Allows you to observe changes in the nature of the gyroscope’s movement when attempting to force the rotation of the outer frame, as well as to really feel the occurrence and effect of the gyroscopic moment. The stand allows you to conduct experiments to determine the precession speed of a gyroscope. Using a counterweight installed […]

Allows you to study the design, device and operating principle of a conventional laser gyroscope using three-dimensional graphics and animation, as well as a particle system. The manual contains three-dimensional sections of the main elements, allowing you to study the design of the gyroscope. Provides background information about the device and operating principle. The software […]

This laboratory stand is a training complex designed to train specialists in gyroscopy and laser technology. The complex includes a laboratory installation and software for controlling the operation of the installation. The included software allows you to control the angular velocity in degrees per second. The complex allows you to measure the angular velocity of […]

The laboratory stand is a training complex designed to train specialists in the field of gyroscopy, mechanics and navigation. The complex includes a laboratory installation and software for characterizing and controlling the stand. The measurement system is based on the interferometric principle for measuring the intensity and phase difference of the signal, followed by outputting […]

The installation, consisting of a gyroscope and a measuring device based on a microcontroller, is intended for laboratory work in the “Mechanics” course. Allows you to measure the rotation frequency of the gyroscope flywheel, determine the speed of precession of the gyroscope, as well as the dependence of the angular speed of precession on the […]

This virtual software stand allows, using three-dimensional graphics and animation, as well as a particle system, to study the design, device and operating principle of a typical fiber-optic gyroscope. The manual contains three-dimensional sections of the main elements, allowing you to study the design of the gyroscope. Provides background information about the device and operating […]

This virtual software stand allows, using three-dimensional graphics and animation, as well as a particle system, to study the design, device and operating principle of a micromechanical gyroscope. The manual contains three-dimensional sections of the main elements, allowing you to study the design of the gyroscope. Provides background information about the device and operating principle. […]

This workshop contains a block of work with physical sensors and inertial blocks, as well as a block of specialized software that allows you to demonstrate the operation of inertial micromechanical blocks using three-dimensional graphics. The workshop covers all stages of research and development of navigation systems based on micromechanical inertial sensors: research of parameters […]

Designed to study the operating principle of various gyroscopic sensors and systems used in inertial navigation systems. The complex, using three-dimensional graphics and animation, presents a kinematic diagram, as well as a corresponding real model of the sensor under study. The corresponding simplified mathematical model is also presented; one can observe the behavior (response) of […]

Dimensions 960x630x300 mm Weight, no more than 60 kg Compound: 1. Modules: power supply; rotation control. 2. Single-axis electromechanical unit. 3. A set of measuring units with gyroscopic sensors (MEMS accelerometer; MEMS gyroscope). 4. Laptop. 5. Wireless router. 6. Frame. 7. Software. 8. Set of power cables and connecting wires. 9. Technical description. 10. Guidelines […]

Dimensions 1850x1350x650 mm Weight, no more than 100 kg Compound: 1. Modules: power supply; rotation control. 2. Single-axis electromechanical unit. 3. A set of measuring units with gyroscopic sensors (MEMS accelerometer; MEMS gyroscope). 4. Wireless router. 5. Personal computer. 6. Software. 7. Laboratory table. 8. Computer desk. 9. Set of power cables and connecting wires. […]

The virtual stand allows you to clearly demonstrate in the form of animated 3D models the operating principle and design of a solid-state wave gyroscope, monitor and change the parameters of the main elements, and select the material of the model elements to illustrate the effect on the characteristics. The stand also includes a three-dimensional […]

Allows you to study the principle of operation of a magnetic suspension of a gyroscope. It is a working model of a gyroscope installed in a magnetic suspension. It has a system for changing the magnitude of the friction moment along the axis of rotation of the gyroscope, which allows you to estimate the run-out […]