One of the notable underwater systems developed by the Turkish defense industry, the DERİNGÖZ Autonomous Underwater Vehicle, has demonstrated an important capability during fully autonomous field tests. According to the shared information, the system successfully detected both bottom mines and moored naval mines positioned at different depths. This marks a significant step for Türkiye’s effort to improve its mine countermeasure capabilities through unmanned and intelligent underwater systems.

In modern naval operations, sea mines remain one of the most dangerous and cost-effective threats. Especially in port entrances, narrow waterways, critical coastal areas, and sea lines of communication, bottom and moored mines are among the most difficult threats to identify and neutralize with conventional methods. DERİNGÖZ’s ability to detect such targets autonomously reduces the risk to personnel while allowing mine countermeasure missions to be carried out faster and more safely. As a result, the system offers the potential to improve both operational speed and effectiveness in real maritime environments.

One of DERİNGÖZ’s most important strengths is its modular system architecture. This enables the platform to be used not only in mine detection missions, but also in a variety of military and civilian roles such as reconnaissance and surveillance, harbor protection, protection of underwater critical infrastructure, and pipeline inspection. This flexibility shows that DERİNGÖZ is not a single-purpose underwater asset, but rather a versatile platform that can be adapted to different mission requirements.

The mine detection capability is especially important at a time when hybrid maritime threats are becoming more prominent. The integration of unmanned systems into underwater operations gives naval forces broader area control with lower risk. With this newly demonstrated capability, DERİNGÖZ is expected to contribute to more efficient, faster, and more independent mine countermeasure operations for Turkish maritime and security forces. In this sense, the platform represents another important milestone in Türkiye’s expanding competence in autonomous underwater technologies.

Overall, DERİNGÖZ shows that ASELSAN is developing ambitious solutions not only in electronic systems, but also in underwater warfare technologies. With its fully autonomous mine detection capability, the platform is strengthening its position among the next-generation systems that will enhance Türkiye’s hand in maritime security and critical infrastructure protection.