Apollo CulvertScan

    AI-assisted railway culvert inspection and condition assessment

    Stone-lined railway culvert entrance beneath an embankment

    The Gap

    Manual culvert inspections are largely visual, time-intensive, and access-constrained, with compliance-driven annual visual and detailed inspection cycles. Limited inspection frequency, environmental exposure, and difficult terrain can delay defect detection and leave critical drainage assets insufficiently monitored.

    Apollo CulvertScan addresses this gap through drone-based data collection and AI-assisted image analysis, helping infrastructure teams detect culvert risks, generate maintenance-ready outputs, and complete asset assessments more consistently.

    Remote-Ready Culvert Intelligence

    Convert drone and field imagery into defect intelligence, risk scores, and maintenance-ready outputs for hard-to-access culvert and drainage assets.

    Remote Drone-Enabled Capture

    Capture hard-to-access culverts with drone and field imagery workflows

    Automated Identification

    Use AI-assisted analysis to identify defects, structural risks, and inspection priorities for review

    Increased Operational Efficiency

    Streamline inspection review so engineering teams can assess more assets within required timeframes

    Lower Inspection & Repair Costs

    Support lifecycle cost reduction through earlier detection and clearer maintenance planning

    Safer Inspections

    Reduce inspector exposure to dangerous or inaccessible terrain

    Extended Asset Lifespan

    Prioritize repairs and monitoring actions that support longer culvert service life

    CulvertScan inspection capacity benefits

    Culvert inspection in the field
    CulvertScan benefits: increased daily inspection capacity and time savings for engineering review

    Built for Data-Driven Culvert Risk Assessments

    Review geo-referenced inspection imagery, defect classifications, and asset-level risk indicators in one workspace for faster maintenance planning.

    Apollo CulvertScan dashboard showing culvert risk assessment data

    How it works

    How Apollo CulvertScan Works

    1. 1

      Capture culvert data using pre-configured drones and imaging sensors

    2. 2

      Upload inspection data to the cloud in real time from site

    3. 3

      Analyze inspection imagery using AI-powered defect detection

    4. 4

      Deliver risk scores and maintenance-ready insights via the dashboard

    Remote drone inspection of culverts

    Remote drone inspection of culverts

    Apollo AI processing

    Apollo AI analyzes inspection data and flags structural risks

    Culvert data visualization dashboard

    Visualize inspection insights and plan maintenance work

    Structured data export

    Structured data export to asset management, maintenance, and GIS platforms

    Types of Defects We Inspect & Monitor

    Corrosion visible during a culvert inspection

    Corrosion

    Blockage visible during a culvert inspection

    Blockage

    Vegetation visible during a culvert inspection

    Vegetation

    Water Levels visible during a culvert inspection

    Water Levels

    Soil Erosion visible during a culvert inspection

    Soil Erosion

    Applied in distributed culvert and drainage networks

    Designed for limited access and remote inspection environments

    Integrated with existing maintenance and asset management workflows

    Ready to improve culvert inspection coverage and risk visibility?

    Talk to the ApoSys team about deploying Apollo CulvertScan for remote data capture, AI-assisted defect assessment, and maintenance-ready reporting.