DRDO Develops Man Portable Autonomous Underwater Vehicles

The Defence Research and Development Organisation( DRDO) has achieved a significant step forward in strengthening India’s aquatic defence capability with the development of a new generation of Man- Portable Autonomous Underwater Vehicles( MP- AUVs). Created by the Naval Science & Technological Laboratory( NSTL) in Visakhapatnam, the system is designed to enhance mine countermeasure operations through  independent discovery, analysis, and collaboration in aquatic  surroundings. The development marks an important addition to India’s  sweats to advance indigenous technologies in the maritime sector, particularly with respect to aquatic surveillance, mine discovery, and safety operations.

The MP- AUVs have been  finagled as compact and featherlight aquatic drones that can be transported and stationed with ease. Their design focuses on portability while delivering advanced technological functions  needed for minefield mapping and  trouble identification. Each unit integrates side  checkup sonar for detailed seabed imaging, enabling the system to  descry irregularities or objects that may act aquatic mines. The sonar capability is  rounded  by aquatic cameras that offer visual  evidence, allowing drivers and  independent systems to assess mine- suchlike objects with lesser  delicacy.

One of the  name features of the MP- AUVs is their reliance on deep  literacy- grounded target recognition algorithms. These algorithms support real- time bracket of objects during  operations, allowing the system to distinguish between  factual aquatic mines and benign accoutrements   set up in the ocean  terrain. The use of onboard artificial intelligence reduces the need for  nonstop  mortal monitoring and provides  briskly response times during mine countermeasure  operations. The addition of aquatic  aural communication allows each AUV to change data with others operating in the same  charge zone. This communication network improves collaboration, supportsmulti-AUV operations, and ensures that  charge updates are participated autonomously among the systems, contributing to more effective content of large aquatic areas.

The MP- AUV system  lately completed field trials at the NSTL harbour. The trials were carried out to test the  functional capability and core performance parameters of the AUVs under real marine conditions. During these evaluations, the system demonstrated successful discovery and bracket of aquatic mines,  attesting the  delicacy of both sonar and visual imaging  factors. The trials also validated the  trustability of the aquatic  aural communication network, which allowed multiple AUVs to coordinate and navigate as a  platoon during the  charge. Thismulti-AUV functionality is essential for  rapid-fire content of aquatic zones, especially in mine- affected areas where time and  perfection are  pivotal.

According to DRDO, the successful completion of these trials confirms that the MP- AUVs are nearing readiness for  product. Manufacturing is anticipated to begin within the coming many months in collaboration with  mates from the Indian defence assiduity. The transition to  product marks the final stage of a development process aimed at creating a completely indigenous aquatic defence  result able of strengthening the Indian Navy’s response to mine  pitfalls.

DRDO Chairman and Secretary of Defence R&D, Dr. Samir V. Kamat, described the MP- AUV  design as an important development in the field of aquatic defence systems. He noted that the design of the vehicles allows for a  rapid-fire deployment capability in minefield situations and reduces  pitfalls for nonmilitary  labor force. rather of  transferring divers or manned vessels into potentially dangerous zones, the AUVs can autonomously navigate and  overlook aquatic areas, significantly lowering  functional hazards. The compact nature of the system also means it requires smaller logistical  coffers, making it suitable for quick deployment during nonmilitary exercises,  extremities, or  littoral security operations.

The strategic applicability of the MP- AUVs extends beyond mine countermeasure  operations. Their  independent and networked design reflects broader trends in  ultramodern nonmilitary warfare, where unmanned systems are decreasingly used for surveillance, surveillance, and hazard discovery. By incorporating AI- enabled recognition and  dependable aquatic communication, DRDO’s system demonstrates India’s growing capability to develop sophisticated maritime technologies domestically. The  design also aligns with  public  objects to strengthen  tone- reliance in defence  product and reduce dependence on  significances for critical systems.

NSTL, the DRDO laboratory responsible for the development of the MP- AUVs, has long been involved in  exploration related to aquatic detectors, nonmilitary systems, and maritime defence technologies. With the completion of trials and medication for  product, the laboratory’s  rearmost  invention is anticipated to contribute  mainly to India’s aquatic security  structure. The MP- AUVs are set to  give the Navy with a deployable, intelligent, and effective tool for managing mine- related challenges and  icing safer operating conditions for nonmilitary  operations.

The development of this system highlights the ongoing  sweats within India’s defence sector to contemporize nonmilitary capabilities through indigenous  exploration and technological growth. With  product anticipated to commence soon, the MP- AUVs will  probably come an integral part of India’s aquatic defence strategy in the near future, supporting  operations that demand  perfection,  trustability, and reduced  mortal  threat.