UNITED STATES OF AMERICA —BAE Systems has received a contract from the US Space Force's Space Systems Command (SSC) to develop and demonstrate ultra-compact radio-frequency (RF) terminals intended for a space-based data layer. The programme will focus on communications hardware designed to support data exchange between space-based systems, with an emphasis on secure operation and resilience under challenging conditions.
The planned terminals will draw on BAE Systems' existing range of space-qualified software-defined radios. These systems are intended to maintain communications performance in environments affected by electromagnetic interference, deliberate signal jamming and radiation exposure. The design will undergo space-characterisation testing and is intended to support deployment across low Earth orbit (LEO) and geosynchronous Earth orbit (GEO).
A key technical element is an application programming interface (API) designed to enable precise pointing between payloads. This capability is relevant to establishing and maintaining links between space assets, although the announcement does not specify the terminal's data rates, production quantities, contract value or delivery schedule. BAE Systems will work with government partners to demonstrate the technology and prepare the system for potential scaled manufacturing.
The development supports US military efforts to strengthen space-based communications and data-sharing capabilities. Reliable links between orbital platforms can improve the ability to transfer information across distributed systems, particularly where conventional communications are disrupted or exposed to interference. Compatibility across different orbital regimes could also provide flexibility for future architectures involving multiple satellites and payload types.
The contract has implications for the US defence and aerospace supply chain, including manufacturers of secure communications equipment, radiation-tolerant electronics and satellite payload components. If the demonstration meets government requirements, the technology could create opportunities for further procurement and production, although no follow-on award or deployment volume has been confirmed. The absence of disclosed contract value and schedule limits assessment of the programme's near-term financial contribution.
For BAE Systems, the award reinforces its position in defence-related space electronics and secure communications. The company is a global defence, aerospace and security supplier serving government and commercial customers. Space Systems Command is part of the US Space Force and is responsible for developing, acquiring and delivering space capabilities. The programme's longer-term significance will depend on demonstration results, integration with the wider space-based data architecture and future US government requirements.
