Gilat DataPath
Gilat Satellite Networks Ltd., a worldwide leader in satellite networking technology, solutions and services, announced Gilat DataPath has received orders of more than $7 million to provide additional Transportable SATCOM Terminals to the U.S. Army through a prime contractor. The orders include multiple units of the DKET 3421 transportable terminal along with associated support services, with deliveries scheduled for completion before the end of 2025.
Gilat DataPath’s WGS-certified DKET 3421 is a combat-proven, rugged terminal designed to meet the most demanding mission requirements. Featuring multi-carrier capability and a scalable modem architecture of up to 32 modems, the system enables high-throughput, resilient connectivity for forward-deployed forces. With defense organizations increasingly focused on flexible and rapidly deployable communications, the DKET platform has become a trusted solution for hub-class SATCOM infrastructure in dynamic environments.
“This latest award reflects the U.S. Army’s continued confidence in our DKET technology as a vital enabler of secure and relocatable SATCOM infrastructure for our men and women in uniform,” says Nicole Robinson, President of Gilat DataPath. “We are proud to deliver a solution that has repeatedly demonstrated its value in the field, and to continue supporting the Army’s mission-critical communications needs.”
Latest from Defense and Munitions
- Leonardo DRS opens advanced naval power and propulsion facility in Charleston, South Carolina
- L3Harris receives new contract to power THAAD Interceptors
- DMG MORI's DMF 600|11 moving column machines
- Auterion, Airlogix launch German-Ukrainian joint venture to scale autonomous drone production for Ukraine and NATO Allies
- Wingcopter, TAF Industries establish Joint Venture to scale production of reconnaissance drones in Germany for Ukraine
- Abaco Systems' FMC600 fiber optic module carrier
- CERATIZIT shares insight into defense manufacturing
- Allen Control Systems wins U.S. Army’s xTechOverwatch competition for breakthrough in autonomous counter-drone systems