SANCAR AUSV Delivers Precision Strike, Mine Detection, Autonomous Operation, and Advanced Surveillance at Sea

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SANCAR, an armed unmanned surface vehicle (AUSV) developed collaboratively by HAVELSAN and Yonca Shipyard, has successfully completed its live-fire test in the Sea of Marmara. The test showcased the precision of its stabilized 12.7 mm weapon system, which was operated seamlessly through the ADVENT combat management system. This milestone marks a significant advancement in autonomous maritime defense capabilities.

Photo: HAVELSAN

Measuring 12.7 meters in length, SANCAR is engineered for speed and endurance, reaching over 40 knots and sustaining operations up to 400 nautical miles at a cruising speed of 10 knots. Its robust communication suite includes RF line-of-sight, SATCOM, and LTE, ensuring reliable connectivity across diverse mission environments. Control is maintained via a portable ground station, allowing flexible deployment and remote operation.

Designed for multi-role missions, SANCAR is adept at performing harbor protection, intelligence gathering, surveillance, search and rescue, and mine countermeasure operations. Its onboard systems include a navigation radar, electro-optical cameras, sonar, and a 360-degree surveillance array, enabling comprehensive situational awareness. These features make it a versatile asset for both peacetime and combat scenarios.

SANCAR stands out as the first AUSV fully integrated with the ADVENT combat management system, a breakthrough that enables network-centric warfare capabilities. Through this integration, the vehicle can autonomously detect mines, execute complex missions, and engage in coordinated combat operations. This level of autonomy significantly reduces the need for human intervention in high-risk environments.

Photo: HAVELSAN

The vehicle’s open architecture supports rapid customization and scalability, allowing it to be outfitted with remote-controlled weapon stations, guided missiles, and advanced underwater detection systems. This modularity ensures that SANCAR can evolve with emerging threats and mission requirements. It also facilitates interoperability with other platforms and systems within a naval task force.

By combining cutting-edge technology with operational flexibility, SANCAR represents a new generation of unmanned maritime systems. Its successful trials demonstrate the potential of AUSVs to transform naval operations, offering enhanced safety, efficiency, and tactical superiority. As maritime security challenges grow more complex, platforms like SANCAR will play a pivotal role in shaping the future of naval warfare.

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