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Inertial systems for space applications
Precise control of navigation and headings in space is a major factor in the success and effectiveness of missions. Drawing on its unique expertise, Safran Electronics & Defense delivers high-performance inertial navigation systems for space applications. Depending on the specific needs of applications, these systems may feature resonator gyroscope, fiber-optic or DTG technologies.
The MS56 series was specifically designed for applications combining a very low signal-to-noise ratio and exceptional bias stability, all at a reasonable cost. The gyro units come as a kit or in a hermetically-sealed box with up to 3 axes, depending on customer requirements.
The "Quapason" sensor is a highly robust resonating gyroscope.
The gyros are dedicated to sights and optical systems, RCWS, small and medium-caliber guns, feed forward gyro for more precise stabilization, as well IMU in civil applications.
Drawing on its expertise covering all gyroscope technologies (vibrating gyros, wheeled mechanical gyros, fiber-optic and laser units), Safran Electronics & Defense can deliver the right technologies and the best combination of cost and precision to meet all stabilization requirements.
The 20BM range was designed for high-precision stabilization, on equipment such as large caliber guns, gyro-stabilized gimbals, naval and land turrets or optical sights.
As part of the extensive panel of inertial systems designed and manufactured by Safran Electronics & Defense, this dynamically tuned gyroscope (DTG) offers the best compromise between precision required for stabilization purposes, robustness, reliability, and price.
The gyroscopes or gyrometers come as a kit or in a hermetically-sealed box depending on customer requirements.
The new 20BM67-HP range by Safran Electronics & Defense delivers a digital Plug & Play solution for stabilization needs.
This unit features a dynamically tuned gyroscope (DTG) delivering the best compromise between precision required for stabilization purposes, robustness, reliability, and price, as well as a digital readout.
This new range is well-suited for large-caliber guns, gyro-stabilized gimbals, naval and land turrets or optical sights.
The gyro units come as a kit or in a hermetically-sealed box depending on customer requirements.
Capitalizing on Safran Electronics & Defense' 40-year experience in the development of the FOG (Fiber-Optic Gyroscope) technologies, these full IMU (Inertial Measurement Units -three FOG and three servo-looped MEMS accelerometers) provide the full inertial raw information for integration into a guidance, stabilization or navigation system.
Open-frame FMUs (FOG-based IMUs), as well as their packaged versions, are particularly suited for airborne, civil and industrial applications which need to combine safety of operation, high reliability and very low noise.
Capitalizing on Safran Electronics & Defense' 40-year experience in the development of the FOG (Fiber-Optic Gyroscope) technologies, these 1, 2 or 3 axes FOG provide rotation rate or angular increments.
They are available in a variety of configurations, open frame or packaged, and used in applications such as flight-control system of helicopters and civilian airliners, robotics, civil engineering which need a combination of safety of operation, high reliability and very low noise.