Rail & Transit · Rail Mapping ·

40-Mile Commuter-Rail Corridor Documented with LiDAR and 360 Imagery

A coordinated rail survey combined control, RTK positioning, mobile LiDAR, and georeferenced imagery to support plan-and-profile documentation and corridor engineering.

Corridor
Approx. 40 Miles
Environment
Active Commuter-Rail ROW
Technology
Control, RTK, Mobile LiDAR & 360
Outputs
Plan/Profile & Asset Documentation

Project Overview

Project Summary

Reality IMT supported a commuter-rail documentation program covering approximately 40 miles of active right-of-way. The work required coordinated survey control, positioning, mobile LiDAR capture, 360-degree imagery, and post-processing to represent rail geometry and visible corridor assets.

The assignment was designed to reduce repeated field exposure while providing engineering teams with a consistent visual and spatial record for planning, design, and coordination.

Client Need

Project Challenge

Rail corridors combine restricted access, active operations, safety requirements, and the need to document long linear assets consistently.

Active Rail Operations

Capture had to be planned around operational and safety constraints.

Long Linear Scope

Approximately 40 miles required repeatable positioning and data-management procedures.

Mixed Asset Types

Track geometry and visible corridor infrastructure had to be represented within one coordinated dataset.

Project Details

Project Type
Location
Primary Industry
Facility / Asset Type
Project Purpose
Primary Service
Deliverables
  • Approximate Scope
    Approximate Scope

    Reality IMT’s Approach

    Integrated Survey Control, LiDAR, and Visual Documentation

    The project used complementary capture methods so that corridor geometry, visible assets, and visual context could be reviewed together.

    Control & Planning

    Survey control and corridor logistics were established before production capture.

    Mobile Capture

    LiDAR and 360 imagery were collected along the right-of-way.

    Positioning & Processing

    RTK and post-processing workflows aligned the corridor information.

    Engineering Deliverables

    The verified data supported plan/profile and visible-asset documentation.

    Project Outputs

    Deliverables Provided

    The deliverables below reflect the archived project information and should be matched with project-specific images before publication.

    Registered LiDAR Dataset

    A coordinated three-dimensional corridor record.

    Georeferenced 360 Imagery

    Visual context tied to corridor position.

    Plan-and-Profile Information

    Engineering documentation derived from the captured data.

    Visible Asset Inventory

    Trackside and corridor features represented for review.

    Survey Control Integration

    Data referenced to the project control framework.

    Engineering Review Files

    Outputs prepared for technical planning and coordination.

    Project Outcome

    A Reusable Corridor Record for Distributed Engineering Teams

    The combined LiDAR and imagery dataset gave project stakeholders access to a consistent record of the corridor without relying exclusively on repeated site visits. The information supported engineering review, plan development, and coordination across a long active rail alignment.

    The client and corridor location should remain anonymous unless publication approval is available.

    • Approximately 40 miles documented
    • Spatial and visual information combined
    • Reduced need for repeat corridor visits
    • Supported engineering and planning workflows

    Project Classification

    Related Services

    Rail Mapping
    360 Imagery
    Mobile LiDAR
    Survey Integration

    Capabilities Used

    Industries & Applications

    Commuter-Rail Right-of-Way
    Rail & Transit

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