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UAC-750S Single-beam Side-scan Sonar
150m Wide Swath (750kHz) /1.5cm range Resolution
The UAC-750S Side Scan Sonar is an embedded single-beam system designed for integration with Unmanned Surface Vehicles (USV), Remotely Operated Vehicles (ROV), and Autonomous Underwater Vehicles (AUV/UUV). It is engineered for underwater engineering inspections, emergency search and rescue, and salvage operations. Key advantages include high-definition imaging, compact form factor, low power consumption, and integrated data storage. The professional HD Sonar software is user-friendly, featuring navigation display, track planning, target management, and waterfall display, with full support for secondary development via SDK.

UAC-750S
Key Features:
- Imaging Precision: High-definition 750kHz imaging with 1.5cm resolution for crisp visualization.
- Scan Coverage: Wide swath capability with a total detection range of up to 150m.
- Imaging Principle: High-speed surveying performance with stability up to 5 knots.
- Physical Characteristics: Compact, lightweight, and low-power (10W) with onboard data storage.
- Technical Support: Seamless integration with USV, ROV, AUV, and unmanned platforms.
- Independent IP: 100% self-developed software/hardware with SDK for secondary development.
Overview
Specifications
Applications
- Pipeline Inspection: Detection of illicit outfalls and hidden underwater pipes.
- Hydrographic Survey: Bathymetric imaging for ports, channels, and inland waterways.
- Search & Rescue (SAR): Rapid localization for emergency recovery and salvage.
AUV Communication & Navigation Kit
Compact Navigator & Underwater Acoustic Modem
Designed for Autonomous Underwater Vehicles (AUVs), the AUV Communication & Navigation Kit delivers high-precision navigation and reliable underwater communication in a unified solution.
- NAVS-3000 Compact Navigator — Provides INS-based positioning, DVL velocity measurements, and depth data for precise real-time navigation.
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UAC-08160X-OEM Underwater Acoustic Modem — Ensures stable, long-range underwater communication across multiple frequency bands.