Multi-Sensor Pipe Inspection System (MPIS-FLOAT)
The MPIS-FLOAT is a cutting-edge multi-sensor pipe inspection system designed for large-diameter storm, sanitary, and combined sewers. Built for precision and efficiency, this floating platform integrates Sonar, LiDAR, and HD-CCTV technologies to deliver comprehensive condition assessments in challenging environments. With DataVUE sensor fusion software, you can collect, and export synchronized data with just two clicks, ensuring fast and accurate reporting.
Key Benefits
Triple-sensor integration
Combines Sonar, LiDAR, and HD-CCTV sensors for complete internal pipe analysis.
3D pipe profiling
Generates accurate 3D profiles to identify debris, corrosion, and structural deformation.
Versatile operation
Functions in fully or partially surcharged pipes where man entry is not possible.
Long-range capability
Handles extended inspections up to 3,280 ft (1 km) per deployment.
No bypass pumping required
Operates in high-flow conditions without service interruption.
Easy deployment
Deploys through any standard 19 inch (480 mm) manhole.
Pipe size compatibility
Inspects pipes 18 inches (450 mm) and larger.
Technical Highlights
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Standard Range: 3,380 ft (1,000 m), with options for extended range
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Sensor Fusion: LiDAR, Sonar, HD-CCTV integrated with DataVUE software
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Reporting:
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MSI geometry deviation heatmaps
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Intensity heatmaps for cracks and defects
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Correlated multi-sensor visualization
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Benefits
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Accurate wall thickness measurements
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Sediment volume calculation
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Slip-liner optimization
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Quantitative data for asset management
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Prevents costly failures through early detection
Applications
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Large-diameter storm, sanitary, and combined sewers
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Non-man-entry pipelines
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Long-range inspections for municipalities and utilities
How It Works
MPIS-FLOAT uses LiDAR for geometry, Sonar for submerged conditions, and HD-CCTV for visual inspection, all synchronized through DataVUE software. This multi-sensor approach provides a complete picture of pipeline health, enabling engineers to make informed decisions on maintenance and rehabilitation.
