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UAC-FLS100
Multibeam
Forward Looking Sonar
500m Long Detection Range | Collision Avoidance
100kHz Imaging Sonar for medium and large underwater vehicles
The UAC-FLS100 Imaging Sonar adopts multibeam imaging technology to generate acoustic images of suspended underwater targets and obstacles ahead of the sonar. All components are domestically manufactured, with fully self-controllable software and hardware. It meets the navigation assurance and target detection requirements of medium and large underwater vehicles.
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Overview
UAC-FLS100 Imaging Sonar
Key Features:
- Long Detection Range
Up to 500m detection range for -15dB target under good hydrological conditions, supports long-distance ahead perception for subsea vehicles. - Dual Working Modes (Imaging + Collision Avoidance)
Switchable vertical FOV: 26° for detailed imaging, 7° for high-speed collision avoidance. Adjustable mode for different mission priorities. - Fully Independent & Domestic Supply Chain
Software & firmware fully self-developed, Stable technical support. - Open SDK & Easy Integration
Comes with display & control software and SDK, supports secondary development for custom AUV/USV control systems.

Specification
Applications
- ROV / Work-class ROV Piloting & Obstacle Avoidance
- AUV / UUV Autonomous Navigation & Hazard Detection
- USV Unmanned Surface Vessel Subsurface Survey
- Subsea Pipeline & Cable Inspection
- Search & Recovery, Underwater Target Location
-
Coastal Environmental & Shallow Water Survey
Dual-Frequency Demo Video & Images

Dam-Imaging-at-1300-m-Range

Open-Water-Imaging
FAQ
Yes, SDK and Ethernet protocol document are supplied for secondary development and system integration.
Custom depth rating is available on request.
It supports imaging mode (26° vertical FOV for detailed acoustic imaging) and collision avoidance mode (7° vertical FOV for obstacle alert). The vertical field of view is adjustable.
≥500m for -15dB target under favorable hydrological conditions. The actual detection distance will be affected by water quality, ambient noise and target strength.
It works on 18~36 VDC power supply with typical power consumption of 22W, and uses 100M / 1G adaptive Ethernet for data communication.