Germany to purchase 5 PULS rocket launchers from Netherlands army.

According to Méta Défense on September 14, 2023, Germany is set to acquire five Israeli PULS (Precise and Universal Launching System) artillery rocket system units. These will replace the five M270 MARS 2 rocket launchers previously transferred by the Bundeswehr to Ukraine. This decision follows the Netherlands Army's purchase of 20 PULS systems in May 2023, and Germany's acquisition of the five PULS rocket systems will be facilitated through the Dutch agreement.
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The PULS rocket launcher system from Elbit Systems has a range of up to 300 km (Picture source: Elbit Systems)

The Dutch agreement involves the delivery of 20 PULS artillery rocket systems integrated into the COMMIT truck platform, as previously chosen by the Defense Material Organization (DMO). It also covers rockets and missiles with different ranges, as well as training and support services.

The PULS (Precision Fires Launcher System), developed by Elbit Systems, is a mobile artillery rocket system designed to meet the requirements of modern warfare. This system offers precise and flexible rocket and missile launching capabilities, which could potentially benefit contemporary military operations.

At the core of the PULS system is its precision in firing, with an effective range of up to 300 kilometers. This extended range enables the system to engage targets with accuracy, even at considerable distances.

The PULS launcher is equipped with two pods, each designed for specific rocket types, enhancing its versatility. These rocket types include the Accular 122mm (with 18 rockets, reaching up to 35 kilometers), the Accular 160mm (10 rockets, up to 40 kilometers), EXTRA (4 rockets, up to 150 kilometers), and the Predator Hawk (2 rockets, with a range of 300 kilometers). This variety of rocket types allows the system to address a wide spectrum of threats, from close-range tactical targets to distant strategic objectives.

The system is designed for rapid mission execution, with the ability to initiate and complete a typical firing mission in less than one minute. This quick response time ensures that the system can provide timely fire support on the battlefield. Adaptable, it can be integrated with various military vehicles, whether tracked or wheeled, without requiring extensive modifications. This adaptability could potentially minimize the costs associated with system implementation and maintenance, making it a pragmatic solution for achieving advanced rocket and missile launching capabilities.

Unlike traditional artillery systems that require repositioning for different firing ranges, the PULS system can fire various rocket types and engage targets at different distances from the same position. This flexibility could enhance its effectiveness in dynamic battlefield scenarios.