E-LynX SDR.
Elbit Systems Expands E-LynX Family at ILA Berlin: BERLIN — As modern warfare rapidly shifts toward digitalization and autonomous operations, the ability to maintain secure, uninterrupted data flow between human combatants and robotic systems has become the ultimate battlefield commodity. Recognizing this critical shift, Elbit Systems Ltd. officially launched the E-LynX UxS at the ILA exhibition in Berlin. This new addition to their Software Defined Radio (SDR) family is designed to merge manned and unmanned aerial and ground platforms into a single, seamless, and highly secure communications network.
For years, military strategists have championed the concept of Manned-Unmanned Teaming (MUM-T)—the practice of pairing human soldiers with autonomous assets like drones and unmanned ground vehicles (UGVs) to maximize operational reach while minimizing risk to human life. However, executing this in a chaotic, contested electronic warfare environment has proven to be a massive technical hurdle. The E-LynX UxS aims to eliminate that friction point entirely.
A Compact Backbone for Multi-Domain Operations
The E-LynX UxS was engineered specifically to meet the high-bandwidth demands of multi-domain operations. Unmanned systems generate massive amounts of data, from telemetry and basic command-and-control loops to heavy payloads like live high-definition video and complex sensor feeds. Handling this data requires immense processing power and bandwidth, which historically meant bulky, heavy hardware.
Elbit’s engineers have bypassed this limitation by focusing on a low SWaP (Size, Weight, and Power) architecture. The compact form factor allows the E-LynX UxS to be integrated into lightweight aerial, ground, and maritime unmanned platforms, even those with incredibly strict payload margins. By keeping the hardware footprint small, the system ensures that smaller, agile drones do not sacrifice flight time or agility just to carry a radio.
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Turning Robots into Organic Squad Members
When the new UxS variant is paired with the existing E-LynX SR (Soldier Radio), it creates an interconnected ecosystem that fundamentally changes how a maneuvering force operates. Instead of unmanned systems acting as detached, specialized tools controlled by isolated operators, they become organic elements of the combat squad.
This deep integration significantly reduces the cognitive workload on individual soldiers. Rather than juggling multiple screens and disparate data links, troops receive a unified, real-time picture of the battlespace. A soldier on the ground can seamlessly view sensor feeds from an overhead drone or a scouting UGV, drastically improving situational awareness and enabling rapid, coordinated responses to emerging threats.
Resiliency Through Mobile Ad-Hoc Networking
At the heart of this new capability is Elbit Systems’ advanced Mobile Ad-Hoc Networking (MANET) architecture. In a traditional network, if a central hub or line-of-sight connection is blocked by terrain or enemy jamming, the link drops. The MANET architecture solves this by treating every single radio in the network—whether carried by a soldier, mounted on a vehicle, or flying on a drone—as both an active participant and a relay node.
This creates a dynamic, self-healing mesh network. If a soldier’s direct line of sight to a ground robot is blocked by a hill or a building, the data can automatically hop through an airborne drone or another squad member’s radio to reach its destination. This capability not only ensures resilient connectivity in heavily contested electronic environments but also significantly extends the operational range and coverage of the entire force.
As defense forces worldwide grapple with the realities of increasingly digitized and autonomous warfare, the E-LynX UxS provides the robust communications backbone needed to turn concepts like MUM-T into reliable, everyday battlefield realities. By empowering commanders and frontline soldiers with real-time data sharing and direct, intuitive control over unmanned systems, Elbit’s latest innovation marks a significant step forward in the evolution of modern combat networks.
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