Israel’s Ministry of Defence has awarded Elbit Systems a contract worth approximately 600 million new Israeli shekels, or more than $190 million, to establish and operate an advanced training and simulation centre for the Israel Defense Forces’ Artillery Corps. The facility will prepare military personnel to operate next-generation artillery platforms, including the SIGMA self-propelled howitzer and the PULS multiple rocket launcher. The training programme is intended to accelerate personnel qualification, improve operational proficiency and reduce training expenses, as well as minimise wear on frontline equipment. Under the 15-year agreement, Elbit Systems will develop and deliver a comprehensive training infrastructure incorporating mission simulators, driving simulators, classrooms and specialised training facilities. The company will also provide training services, maintenance and technical support throughout the contract period. The agreement supports the operational integration of the two artillery platforms, which represent a major modernisation of Israel’s indirect-fire capabilities. The SIGMA, known in Israel as Ro’em, is a 155mm self-propelled howitzer developed by Elbit Systems in cooperation with the IDF. Its automated loading and gun-positioning systems are designed to accelerate artillery firing missions while reducing crew workload. Development began in 2019, and the platform is intended to replace Israel’s ageing M109 tracked howitzers. Mounted on a wheeled chassis, the SIGMA 155 offers improved tactical mobility and a maximum firing range of approximately 40 kilometres. The second platform, PULS, known in Israel as LAHAV, is a modular multiple rocket launcher capable of firing different guided and unguided rockets and missiles using interchangeable launch pods. Depending on the ammunition selected, the system can engage targets at ranges of up to 300 kilometres. By establishing a dedicated simulation and training infrastructure, the agreement aims to ensure that IDF artillery personnel can effectively operate these advanced weapon systems while improving training efficiency and supporting the transition to modern artillery capabilities.

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