The Rise of an Unmanned Combat Ecosystem

For more than twenty years, the evolution of unmanned systems has taken place inside laboratories, test ranges, and operational theaters. Few companies have influenced that trajectory as consistently as Elbit Systems. What began in the early 2000s as a focused investment in remotely piloted aircrafts has since developed into a multidomain portfolio that links air, land, and sea into a single autonomous ecosystem.

The result is not only a diverse lineup of platforms but also a long-term strategy that has quietly shaped how militaries think about distance, survivability, and operational tempo.

Anyone who has spent time around Elbit engineers recognizes the company’s design philosophy. Autonomy is not treated as a buzzword but as an engineering objective rooted in practicality. Reduce operator burden. Extend reach. Protect soldiers. These principles have created a culture in which each new system represents a step forward rather than a clean slate. That approach helps explain why many of the company’s unmanned capabilities have matured into long-serving operational tools rather than short-lived prototypes.

The Aerial Domain Where It All Began

The Hermes family remains the clearest expression of this evolution. The Hermes 450 became a tactical workhorse for militaries around the world, demonstrating that persistent ISR could be reliable, low-maintenance, and highly versatile. Its operational track record turned the platform into a reference point for many tactical UAS programs.

The Hermes 900 advanced that concept even further. Designed for multi-payload missions and long-endurance sorties, it brought MALE-level capability to forces that needed advanced intelligence collection without the logistical footprint of larger systems. Today, the Hermes line represents one of the most mature UAS families in service, with each model benefiting from years of operational feedback.

Below the MALE tier, Elbit’s tactical UAS fill in the close-range picture. Skylark systems, often described by soldiers as a “silent teammate,” deliver organic ISR directly to small units. Their quiet acoustic signature and rugged construction have made them well-suited for patrols, border units, and special forces operating in complex environments.

In parallel, Elbit expanded its portfolio into VTOL platforms that address the long-standing challenge of runway dependence. These compact systems allow teams to launch from confined areas while still benefiting from the endurance and efficiency of fixed-wing designs.

Another important milestone in the aerial segment is the SkyStriker loitering munition. This platform combines ISR and precision strike into a single autonomous asset, a capability that has become central in modern combat environments. SkyStriker’s long flight time, low-noise signature, and modular warhead options have made it a flexible solution for time-sensitive targets.

Precision on the Ground

Beyond the attention drawn by aerial and maritime autonomy, one of the quiet but noteworthy shifts on the ground has been the rise of unmanned turrets. For militaries seeking greater lethality without exposing crews, these systems offer a decisive advantage. Elbit Systems has invested years of fire-control expertise, optics and stabilized weapon technologies into turret designs that deliver the accuracy of modern armored platforms while keeping operators protected.

The company’s turret architecture combines advanced electro-optics, automated target tracking and independent sights for both commander and gunner. The result is fast, precise engagement in day or night conditions, all managed remotely from within an armored hull or command module. Because the turrets are modular and lightweight, they integrate easily onto a broad range of vehicles.

One of their strengths lies in connectivity. Designed to operate as part of a digital battlefield network, unmanned turrets can receive cues from UAS, perimeter sensors or other ground units, turning each engagement into a node within a wider, multi-domain picture.

For forces evolving toward a more autonomous future, these turrets act as a natural bridge: a system that increases survivability and situational awareness today while paving the way for more advanced ground autonomy tomorrow.

A New Maritime Playbook

The Seagull USV marks Elbit’s parallel push into the maritime arena. Navies worldwide have been searching for ways to remove crews from minefields, hostile straits, and long-range patrol patterns, and Seagull was developed precisely for that challenge.

It can operate alone or in a distributed formation and is built for missions such as mine countermeasures, anti-submarine warfare, and coastal surveillance. Because the vessel is modular, operators can swap payloads without redesigning the platform, making it adaptable to rapidly changing maritime threats.

Building an Ecosystem, Not Just Machines

What becomes clear when viewing the entire portfolio is that none of these systems exist in isolation. They were developed to complement one another. High-altitude ISR supports autonomous ground patrols. Tactical UAS pass data to maritime vessels. Loitering munitions close the loop with precision effects. This multidomain architecture is one of the key achievements behind the hardware. It reflects a long-term vision in which humans remain central while being supported by layers of intelligent, risk-reducing machines.
After two decades, Elbit Systems is no longer simply a manufacturer of unmanned platforms. It has become a strategic partner helping to shape how militaries prepare for an era of dispersed forces, rapid decision-making, and complex operational environments.

The company aims to focus on deeper AI integration, autonomous teaming between platforms, and more efficient use of data across domains. The direction is clear. The unmanned ecosystem that began with a handful of aerial systems has grown into a foundation for future defense operations.