Has DRDO Unveiled the Next Generation of Man-Portable Autonomous Underwater Vehicles?
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Synopsis
The Defence Research and Development Organisation has unveiled groundbreaking Man-portable Autonomous Underwater Vehicles, marking a major advancement in mine countermeasure technologies. With autonomous capabilities and advanced communication systems, these vehicles promise to revolutionize naval operations. Discover how this innovative technology could reshape underwater missions.
Key Takeaways
- New Generation Technology: DRDO has developed advanced MP-AUVs for underwater missions.
- Real-Time Detection: Equipped with sonar and cameras for efficient threat detection.
- Autonomous Operations: Deep learning algorithms assist in target classification.
- Inter-AUV Communication: Enhanced situational awareness through robust communication systems.
- Production Ready: System set to enter production in the upcoming months.
New Delhi, Nov 14 (NationPress) The Defence Research and Development Organisation's Naval Science and Technological Laboratory (NSTL), located in Visakhapatnam, has made significant strides with the successful development of a new generation of Man-portable Autonomous Underwater Vehicles (MP-AUVs), as stated by the Ministry of Defence on Friday.
This innovative system consists of multiple AUVs equipped with side scan sonar and underwater cameras as primary payloads, allowing for real-time detection and classification of mine-like objects, according to the ministry's announcement.
The incorporation of advanced deep learning algorithms for target recognition enables these vehicles to autonomously classify objects, which greatly eases the operator's workload and shortens mission duration.
Moreover, a reliable underwater acoustic communication system has been integrated, facilitating seamless data exchange among AUVs during operations and improving overall situational awareness.
The recent field trials conducted at NSTL/Harbour have successfully verified critical system parameters and mission objectives. The system, developed in collaboration with various industry partners, is expected to enter production in the coming months.
Dr. Samir V. Kamat, Secretary of the Department of Defence R&D and Chairman of DRDO, commended the NSTL team for achieving this milestone, which represents a significant advancement towards an intelligent and networked mine countermeasure solution.
He noted, 'This technology provides rapid response capabilities while minimizing operational risks and logistical demands for naval mine warfare.'
Last month, in a parallel effort supporting the Gaganyaan mission, DRDO also successfully developed and tested specialized food and parachute systems for the upcoming Gaganyatris.
Scheduled for launch in 2027, Gaganyaan will be India's inaugural human spaceflight mission, transporting astronauts to low Earth orbit for a three-day journey before returning them safely to Earth.
In a conversation with IANS during the DRDO Industry Synergy Meet in Bengaluru, Dr. B.K. Das, Director General of Electronics and Communication at DRDO, highlighted the organization's expansion from military technology development to contributions in the space sector alongside ISRO.
Point of View
The developments by DRDO signify a substantial leap in defense technology that aligns with India’s strategic interests. The successful trials of the MP-AUVs not only bolster our naval capabilities but also reflect the growing expertise of Indian institutions in advanced technological domains. Such innovations contribute to national security and demonstrate India's commitment to developing indigenous defense solutions.
NationPress
14/11/2025
Frequently Asked Questions
What are Man-portable Autonomous Underwater Vehicles?
Man-portable Autonomous Underwater Vehicles (MP-AUVs) are advanced underwater drones designed for military applications, specifically for mine countermeasure missions. They are equipped with sophisticated sensors to detect and classify underwater threats.
Who developed the MP-AUVs?
The MP-AUVs were developed by the Defence Research and Development Organisation's Naval Science and Technological Laboratory (NSTL) in Visakhapatnam.
What technology is integrated into the MP-AUVs?
The MP-AUVs feature side scan sonar, underwater cameras, deep learning algorithms for target recognition, and robust underwater acoustic communication for inter-AUV data exchange.
What are the benefits of using MP-AUVs?
MP-AUVs enhance operational efficiency, reduce the workload for operators, and improve situational awareness during naval missions, thereby minimizing risks in mine warfare.
When will the MP-AUVs enter production?
The production of the MP-AUVs is expected to begin in the next couple of months following successful field trials.
