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Forward-Scanning Sonar for Real-Time Obstacle Detection and Navigation
The Chasing Omniscan 450 FS is a forward-scanning sonar payload engineered for the Chasing M2 PRO MAX ROV. Operating at 450 kHz, it provides real-time acoustic imaging of the environment directly ahead of the ROV — enabling obstacle detection, navigation in zero-visibility conditions, and structural inspection in environments where optical cameras cannot function. Available in 100m and 300m depth-rated configurations to match your operational requirements.
Key Features
- 450 kHz Forward-Scanning Sonar: Optimized frequency for high-resolution near-to-medium range acoustic imaging directly ahead of the ROV
- Real-Time Obstacle Detection: Provides live acoustic imagery of the forward environment for safe navigation in turbid, dark, or zero-visibility underwater conditions
- 100m and 300m Depth Ratings: Choose the configuration that matches your operational depth envelope — from shallow infrastructure inspection to deep survey operations
- M2 PRO MAX Integration: Designed for seamless payload integration with the Chasing M2 PRO MAX ROV platform
- Compact Forward-Scan Design: Delivers forward-looking sonar capability without significantly impacting ROV hydrodynamics or maneuverability
Available Configurations
- 100m Depth Rating: Suited for shallow to mid-depth infrastructure inspection, aquaculture, and confined space operations
- 300m Depth Rating: Extends operational reach for deep infrastructure survey, pipeline inspection, and search and recovery at greater depths
Operational Applications
- ROV navigation and obstacle avoidance in zero-visibility or turbid water
- Forward-looking structural and infrastructure inspection
- Pipeline and cable route following
- Search and recovery operations in low-visibility environments
- Confined space and enclosed structure navigation
System Note
The Chasing Omniscan 450 FS is a special order payload. Contact Maverick to confirm compatibility, lead times, and complete system configuration for your operational requirements.