INNOVATIVE FIBER OPTIC GYROSCOPES (FOG) technology
GEM elettronica is a leading systems partner for the major defense agencies and industry leaders.
MASTERING THE ACCURACY
Inertial Navigation Systems
GEM elettronica INS are able to provide in real time position, attitude and velocity of all types of vehicles. Coupling its state of the art Inertial Measurement Units with advanced Kalman filtering.
INS provides position, orientation, direction and speed of a moving vehicle with no need of external references.
Attitude and Heading Reference System
GEM elettronica FOG-based IMUs, provide a wide range of strapdown Attitude and Heading Reference System (AHRS) able to provide autonomously 3D orientation.
AHRS systems consists of sensors on three axes that offer Heading and Attitude information for vehicle, including Roll, Pitch and Yaw.
Inertial Measurement Unit
Combining raw information of multiple accelerometer and gyroscopes axis, GEM elettronica Inertial Measurement Unit is the heart of GEM elettronica Inertial Systems.
IMU is able to accurately measure rotation rates and accelerations providing absolute spatial displacement of the platform on which is installed.
FROM R&D TO MASS PRODUCTION
GEM elettronica supports the development of technologies for new products, processes toward market and supply chain needs. One of the most important capability of GEM elettronica is the ability to convert innovative ideas to innovative products with world-class standard.
The quality of its manufacturing process is fundamenteal to assure a final product capable of performing outstanding precision.
GEM elettronica is the proprietary owner of all of its key FOG technologies and production process, namely the fiber winding methods, electronics and mathematical algorithms. All products are manufactured in GEM elettronica factory based in Italy. This means that we have full control of the process from the initial idea to design and production. The close relationship between R&D product development and manufacture department is a huge strength.