AUV-500M

The ZZMT-ASPF-AUV-500M (Acoustic Simulation Vehicle) is a specialized acoustic simulation test platform with a maximum operating depth of 500 meters. Built upon complete underwater navigation capabilities, its core value lies in the integration of an acoustic simulation payload system, which can provide highly realistic simulated target signals for underwater acoustic detection, recognition, and jamming experiments.

Features and Advantages

Lightweight, High-Strength Hull

Constructed with advanced composite materials, which are significantly lighter and stronger than traditional steel frames of equivalent volume. This design improves maneuverability and payload efficiency.

High-Precision Vector Propulsion

Equipped with a self-developed full-vector propulsion system, enabling precise multi-degree-of-freedom control, greatly improving motion efficiency and attitude stability.

Conformal Acoustic Simulation Capability

Integrated acoustic simulation payload conformal with the hull design, capable of flexibly simulating underwater acoustic signals across different frequencies, thereby enhancing the realism and stealth of acoustic trials.

Modular Expansion Interfaces

Offers strong expansion capability, with multiple standardized electrical interfaces in the payload bay, supporting rapid integration and functional extension of different mission equipment.

Multiple Safety Mechanisms

Equipped with an independent BDS communication and positioning unit, a high-reliability jettison system, and a bow cable-release recovery mechanism, forming a comprehensive safety and recovery assurance framework that significantly reduces operational risks.

Application Fields

Marine environmental data collection and perception
Acoustic simulation and underwater confrontation training
Underwater target simulation for defense exercises
Marine science and comprehensive environmental surveys

Payload Extensions

Hydrographic Equipment: Conductivity, Temperature, and Depth profiler (CTD)
Acoustic Detection and Communication Equipment: Towed sonar systems, underwater acoustic communication devices across different frequency bands
Optoelectronic Sensors: Various fiber-optic sensing systems
Geophysical Sensors: Magnetometers