Advancement in Maritime Automation Capabilities
The "TURNAs-2026" unmanned maritime systems exercises featured a demonstration of the capabilities of the lightweight, autonomous underwater vehicle STM NETA 300, which successfully executed autonomous detection and identification missions for mines and similar underwater threats. This achievement occurred during forward force operations, enhancing the navigational safety of primary naval units.
NETA 300 Specifications and Capabilities
The vehicle features a compact design that allows it to be transported by two individuals and is designed to operate in diverse environments thanks to its modular structure. Its key technical characteristics include:
- Operational Autonomy: The ability to operate for up to 24 continuous hours.
- Depth and Speed: Capability to dive to a depth of 300 meters and reach a speed of 5 knots.
- Sensor Systems: Equipped with advanced sonar and high-precision sensors to classify and identify underwater targets.
In addition to its military missions in intelligence, surveillance, mine countermeasures, and port protection, the vehicle is designed to be adaptable for civilian applications such as seabed surveying, pipeline inspection, monitoring renewable energy facilities, and marine archaeology.
Integration of Unmanned Systems
Technical participation in the exercises was not limited to the NETA 300; it included an integrated ecosystem of Turkish national systems. The BOYGA drone demonstrated precision in hitting targets, while the TOGAN drone transmitted live imagery to the command center. Furthermore, a swarm of five KARGU drones executed offensive missions, and the TUNGA-X drone successfully neutralized a hostile aerial target, reflecting a trend toward increasing reliance on automation and artificial intelligence in field operations.
What Does This Development Mean?
The success of the NETA 300 in autonomous mine detection represents a significant step in reducing human risk in hazardous maritime operations. Relying on Autonomous Systems allows for faster and more accurate responses in surveying maritime areas, which reduces dependence on divers or large vessels for initial detection missions. This vehicle is scheduled to enter service with the Turkish Naval Forces following the signing of its first domestic sales contract.