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.
The 19H429 is a combined low-high angle, lightweight, and high-efficiency airborne UHF satellite communications antenna providing hemispheric pattern coverage by means of two antennas.
TTM has experience designing and manufacturing complex passive and active beamformers for space-based, multiple-beam communication array payloads. Our development of unique design technology and vertically-integrated manufacturing processes enables us to meet the exacting RF network performance requirements needed for accurate beam pointing and steering, with a proven track record of delivery for major constellations such as Globalstar, Iridium, and IridiumNEXT, as well as for secure GEO United States government communication payloads.
TTM’s development of unique beamformer design technology and vertically integrated manufacturing processes enable us to deliver high-performance RF assemblies critical to the mission requirements of modern passive and active phased-array radar applications. Whether the requirements call for a custom passive RF beamforming solution or a complex, highly-integrated active radar front-end architecture, TTM offers a long history of design and production of radar products qualified for land, sea, air, and space environments.
TTM applies our circuit design expertise and versatile packaging capabilities to each circuit produced. This microelectronics standard product line includes operational amplifiers and video amplifiers, motor drives, linear and switching voltage regulators, as well as countless custom microelectronic modules.
Supporting NASA's Mars Sample Return and other exploratory missions, Spirit AeroSystems' subsidiary, FMI, supplies critical thermal protection materials such as PICA, proven in missions like Stardust and Mars 2020.
SNC offers satellite terminal installation services for King Air 350ER, providing high-performance airborne SATCOM for uninterrupted real-time digital communication.
An integrated SATCOM solution for King Air aircraft, providing reliable data transmission and HD video support for ISR and special missions with advanced radome design.
High-performance Ka/Ku BLOS modifications providing HD video transmission and mission planning support, leveraging advanced radome technology for reduced drag and enhanced performance.
The LTA-HAPS offers global, persistent ISR from the stratosphere with real-time communication capabilities. It leverages over 30 years of unmanned system experience for mission support.
