In Saint Petersburg (Russia) the Rubin Central Design Bureau for Marine Engineering has introduced a novel autonomous underwater drone called Surrogate-V, specialized in communication and target search operations.
Furthermore, the AUV is assigned various potential tasks, including mine detection and ice reconnaissance.
With an operational radius spanning roughly eight hundred nautical miles (equivalent to approximately 1480 kilometers), Surrogate-V relies on enhanced lithium-ion battery packs and an innovative power system employing electrochemical generators. Recharging options include utilizing the mother submarine or bottom charging stations.
Crafted for cooperation with various types of submarines, including nuclear ones, Surrogate-V marks a progression from Rubin’s 2021 introduction of an acoustic submarine decoy project. Rubin asserts that the device achieves a remarkable level of mimicry of modern submarines’ acoustic signatures, enabling it to effectively mislead ship and aircraft detection systems.
Furthermore, the company suggests potential applicability in deceiving stationary detection systems and complexes in the future. Consequently, the drone is capable of executing deceptive maneuvers, diverting anti-submarine vessels off course, or, if needed, attracting enemy fire.
Employment of the new heavy-duty underwater drone extends to serving as a target during naval exercises. Equipped with onboard hydroacoustic countermeasures gear, it can simulate intricate tactical scenarios convincingly. This utilization not only cuts down on the expenses associated with naval training but also mitigates risks for submarine crews.
