Saab has officially announced its successful contract acquisition from the Swedish government to supply Arthur artillery-locating radars, along with long-term support services, for the Swedish Armed Forces. This significant order is valued at approximately 1.1 billion Swedish kronor, equivalent to about $119 million, with the expected delivery timeline set for 2027.
The Arthur radar system is a sophisticated, fully digital setup that can detect and track multiple artillery rounds simultaneously. This advanced technology calculates the point of origin of incoming fire, offering early warning alerts that crucially enhance the safety of both military personnel and civilians. The specific variant ordered by Sweden is capable of detecting indirect fire from distances of up to 100 kilometers, or approximately 62 miles.
In addition to supplying the radars, Saab will also oversee the integration of these systems onto military vehicles. The contract, finalized with Sweden’s Defence Materiel Administration, includes options that allow for the acquisition of additional systems and support services over the next 15 years. Notably, this procurement framework permits other partner nations to join the program, indicating potential for expanded cooperation within NATO and other allied forces.
Carl-Johan Bergholm, head of Saab’s Surveillance business area, emphasized the importance of this order for the Swedish military. He stated it will significantly augment the capability of the Swedish brigade to warn against incoming indirect fire and facilitate rapid counter-fire responses.
Designed for high operational efficiency, the Arthur system is adept at detecting and tracking artillery projectiles such as shells, rockets, and mortars shortly after they are launched. Utilizing trajectory analysis, it not only identifies the source of the fire but also estimates where the projectiles are likely to impact, providing vital information that supports counter-battery engagement and enhances command and intelligence operations.
From a strategic survivability perspective, the Arthur system boasts a low infrared and electronic emission profile, which minimizes detectability by thermal sensors and electronic warfare systems. Its antenna measures approximately 3 meters (9.8 feet) in length and can be seamlessly integrated onto a variety of military vehicles without the need for dedicated platforms. Furthermore, the radar system can be set up and dismantled in under two minutes, effectively limiting exposure time in contested areas where radar sensors are often high-value targets.
The introduction of the Arthur artillery-locating radars is poised to represent a meaningful enhancement of Sweden’s defense capabilities, reinforcing its operational readiness in an increasingly complex security environment.
