The 19-450 UHF and GPS SatCOM Antenna is a combined UHF satellite communications and Global Positioning System (GPS) antenna. The antenna is low profile in design.
The 19-450N variant is identical to the 19-450 except for the connector type. It is a UHF and GPS Satcom Antenna designed for combined UHF satellite communications and GPS functionality.
A winglet solution for King Air 350 aircraft that optimizes radio communication by integrating antennas, ensuring signal integrity and minimizing interference.
Intended for super-medium and heavy helicopters, the Aneto family produces between 2,500 and 3,000 shp. The Aneto-1K is rated at 2,500 shp and is intended for Leonardo AW189K.
Safran Data Systems offers a complete range of fixed and mobile ground stations and antenna products, to answer every need of telemetry reception. From lightweight Comtrack up to 7.3 meter antennas, as well as an AESA antenna, associated with flexible RF feeds and tailored control software, Safran Data Systems has the mobile ground stations you need!
ORION Series antennas are the flagship antenna systems of Safran Data Systems and their largest, with width from 7.3 meters up to 13.5 meters ! Their state-of-the-art technology and full motion tracking capabilities have made them successful worldwide to numerous Space agencies.
The ARES-240 is Safran Data Systems’ new generation of transportable antenna systems. Stored in simple man-portable transport cases, the ARES-240 uses standard shipping methods and sets up in the field in less than 2 hours ready to support your satellites.
The LEGION 400, produced by Safran Data Systems, addresses new space challenges of more connectivity, faster delivery, overall better value & flexibility. The LEGION 400 antenna system meets both the large volume requirements of Communication Satellite Constellations as well as the versatility required by Earth Observation satellite tracking antennas.
Saab’s world-class compact antenna test range facility in Gothenburg provides accurate and efficient antenna measurements for the space and telecom industry.
The Type 22 antenna positioner assembly is a compact two-axis gimbal which is ideally suited for supporting and positioning small to medium-sized spacecraft communications antennas. It is based on the Moog Type 2 rotary incremental actuator.
A common movable element on spacecraft is the communication (or radar/microwave) antenna. Antenna Pointing Mechanisms (APMs) have long been used to perform the vital function of pointing the antenna bore sight to its target and tracking to maintain the RF link to the spacecraft. APMs are typically two-axis gimbals, providing options for full hemispherical coverage or configurations ideal for tracking satellites in Low-Earth Orbits (LEO). These mechanisms include several approaches to electrical cable management and may integrate RF rotary joints if needed.
