Gilat Announces Lightweight Compact Satellite Communications Solution for UAS

Gilat Satellite Networks Ltd. has unveiled its new lightweight integrated airborne satellite communications solution for UAS.

Weighing only 22 lb (10.5 kg) and capable of transmitting 1Mbps of IP-based data, Gilat’s UAS solution is comprised of a ruggedized spread spectrum satellite modem; a two-way, on-the-move, flat panel tracking antenna; and a compact 40W Ku-band block up-converter (BUC) and power amplifier. The tightly integrated solution provides a lightweight, compact and low-power terminal that is ideal for airborne applications – and can be tailored to meet varied end-user specifications and requirements. The miniature dimensions of the solution allow BLoS (Beyond Line of Sight) operations for very small UAS platforms.

According to Gidi Talmor, RVP Defence International Sales at Gilat: “The UAS being used for Intelligence, Surveillance, and Reconnaissance (ISR), as well as Customs and Border Protection (CBP),  are becoming increasingly smaller in order to enable easier navigation and longer flight times. As such, they require the smallest, lightest, and lowest possible power consuming communications solutions.”

“In response to this need, we developed our system featuring one of the industry’s smallest and most compact aerial solutions in its category. The system will be on display at the upcoming LAAD exhibition, and we invite everyone to visit our booth for a closer look at this unique solution,” added Mr Talmor.

The UAS terminal utilizes commercial, geostationary satellite capacity to provide full-duplex satellite communication, linking the UAS to its remote control facility. The forward link provides command and control capabilities, while the return link transfers sensor data.

The terminal provides spectrum-efficient IP connectivity, adaptive in real time to varying link conditions, and operational in temperatures ranging from -40 to +60 Celsius. Built-in web and SNMP-based control enable remote management.

Source: Press Release

Leave a Reply

Your email address will not be published. Required fields are marked *