The Digital Gunline: AI and Simulation Reshape Modern Artillery

HAIFA, Israel – November 02, 2026 – The modern battlefield is increasingly defined not just by the caliber of the weapons deployed, but by the sophistication of the algorithms that guide them. As militaries worldwide grapple with the soaring costs of live-fire exercises and the rapid depletion of global ammunition stockpiles, a quiet revolution is taking place indoors.

On Monday, Elbit Systems Ltd. announced a roughly $170 million contract with the Israel Ministry of Defense (IMOD) to establish and operate an advanced training and simulation center for the Israel Defense Forces (IDF) Artillery Corps. Spanning 15 years, this agreement is far more than a simple procurement order; it is a clear indicator of how armed forces are fundamentally restructuring their approach to combat readiness.

The new facility is purpose-built to support the operational integration of two next-generation platforms: the 'ROEM' (SIGMA) self-propelled howitzer and the 'LAHAV' (PULS) precision rocket launcher. By moving the bulk of qualification and mission rehearsal into highly immersive, AI-driven synthetic environments, the IDF aims to drastically shorten training timelines while preserving the physical integrity of its multi-million-dollar hardware.

The Economics of Synthetic Warfare

For decades, artillery proficiency was measured in brass casings and scorched earth. However, the economic and logistical realities of contemporary warfare have rendered traditional training models unsustainable. A single 155mm artillery shell can cost thousands of dollars, and the global defense supply chain is currently straining to meet the ammunition demands of ongoing conflicts. Furthermore, the barrels of modern howitzers degrade with every round fired, requiring expensive maintenance and replacement.

"Militaries are realizing that burning through their operational stockpiles and wearing out their gun barrels just to qualify a new crew is a massive waste of resources," noted an independent defense procurement analyst. "Simulation allows you to fire ten thousand virtual rounds a day without costing the taxpayer a dime in ammunition or degrading the platform."

The 15-year structure of the $170 million contract also highlights a significant shift in the defense industry's business model. Companies like Elbit Systems are increasingly moving away from relying solely on one-off hardware sales, pivoting instead toward long-term "servitization." By locking in a decade and a half of operations, maintenance, and training support, Elbit secures high-margin, recurring revenue. This strategy provides multi-year financial visibility and fortifies the company's already massive order backlog, which stood at a record $32.0 billion at the end of June 2026.

Automating the Arsenal: ROEM and LAHAV

To understand the necessity of this advanced simulation center, one must look at the immense technological leap represented by the platforms it will support.

The ROEM, known internationally as the SIGMA 155, is designed to replace the IDF's aging fleet of M109 howitzers. It is a fully automated, 155mm self-propelled system that fundamentally changes the nature of artillery operations. Where the legacy M109 required a crew of eight soldiers to operate, the ROEM requires only three. The loading, aiming, and firing processes are entirely automated, relying on complex internal robotics and digital fire control systems.

The system made its combat debut in April 2026 during the conflict in southern Lebanon, successfully striking hostile rocket and anti-tank positions. However, reducing the human footprint on the gunline introduces new vulnerabilities.

"When you reduce an artillery crew from eight soldiers to three, every operator becomes a critical node of failure," a military training expert observed. "You cannot afford to have them learning the intricacies of an automated loading system or troubleshooting a software glitch under live fire for the first time. The muscle memory and cognitive reflexes must be built in a synthetic environment first."

Similarly, the LAHAV system—based on Elbit's Precise & Universal Launching System (PULS)—represents a massive upgrade in range and versatility. Capable of firing a wide array of unguided rockets, precision-guided munitions, and loitering munitions at ranges up to 300 kilometers, the LAHAV has been heavily utilized since its combat debut in Gaza in early 2024. Managing the complex ballistic trajectories and varied payloads of the LAHAV requires a level of digital fluency that traditional firing ranges simply cannot teach.

AI in the Loop: Training for the Unpredictable

The forthcoming training center will be a far cry from the rudimentary flight simulators of the past. Under the terms of the contract, Elbit Systems will deliver an infrastructure that includes mission and driving simulators, networked training classrooms, and dedicated facilities powered by the company's Torch-X digital architecture.

Crucially, the solution will feature AI-based functionalities. In modern military simulation, artificial intelligence is utilized to generate dynamic, unpredictable battlefield scenarios. Instead of following a pre-scripted training module, the AI can actively adapt to the decisions made by the artillery crews. If a crew takes too long to execute a fire mission, the AI might simulate an incoming drone swarm or counter-battery fire, forcing the soldiers to practice rapid displacement and survival tactics.

This networked approach allows entire artillery battalions to conduct joint virtual exercises, integrating sensor data from simulated drones, infantry units, and radar systems to practice complex sensor-to-shooter loops.

Boaz Cohen, General Manager of Elbit Systems Land & Armaments, emphasized this holistic approach in the company's announcement. "We are proud to support the IDF Artillery Corps with advanced training and simulation solutions for the ROEM and LAHAV systems, key components of the IDF's next-generation land firepower array," Cohen stated. "This project further demonstrates Elbit Systems' ability to deliver integrated and networked training solutions that combine advanced infrastructure, immersive simulation technologies and long-term partnership, enabling forces to maximize the operational potential of these advanced platforms."

A Blueprint for Future Readiness

The IDF's investment in this simulation center is indicative of a much broader global trend. The military simulation and training market is experiencing explosive growth, currently valued at over $13 billion and projected to surpass $21 billion by 2030. As geopolitical tensions rise and defense budgets are scrutinized, nations are desperately seeking ways to maximize force readiness without incurring prohibitive logistical costs.

Elbit's recent successes abroad mirror this trend. In the weeks leading up to this domestic announcement, the company secured hundreds of millions of dollars in contracts to supply PULS launchers and training solutions to European and Asia-Pacific customers. Nations like Singapore and Greece are already integrating these advanced systems into their own arsenals, bringing with them a corresponding need for sophisticated training infrastructure.

The transition from the firing range to the server room is no longer a futuristic concept; it is an operational imperative. As platforms like the ROEM and LAHAV become more automated, lethal, and complex, the soldiers who operate them must be trained to process information at the speed of the algorithms they command. By investing $170 million to build a digital proving ground, the IDF is acknowledging a harsh reality of contemporary conflict: the wars of tomorrow will be fought in the mud, but they will be won by those who have already fought them a thousand times in the machine.