Capture. Process. Virtualize.

Tools & Technology

Movement Motion Technologies uses a broad range of GIS tools, combining ground-based and airborne RGB, LiDAR, and infrared (IR) sensors to capture real-world conditions and create virtualized asset records.

These technologies support survey-focused capture and virtualization workflows. We define any survey-grade accuracy targets, positioning or control requirements, and verification methods in the agreed project scope.

The capture-to-delivery toolkit

The right combination of technologies depends on the asset, site conditions, and how your team will use the information.

Equipment photo coming soon

Capture / air

Airborne RGB capture

Airborne RGB imagery documents infrastructure, site conditions, and areas that are difficult to view from the ground.

Scope-dependent outputs
Site imagery, asset context, and repeatable visual records.
Equipment photo coming soon

Capture / ground

Terrestrial & 360° capture

Ground-based RGB imagery, panoramic views, and depth data document existing conditions and help teams review sites and assets remotely.

Scope-dependent outputs
Panoramic views, site documentation, and visual context.
Equipment photo coming soon

Capture / spatial data

LiDAR

Ground-based and airborne laser scanning produces point-cloud data for spatial documentation, measurement, and modeling.

Scope-dependent outputs
Point clouds and data for terrain or existing-condition models.
Equipment photo coming soon

Capture / infrared

Infrared (IR) & thermal imaging

Ground-based and airborne infrared (IR) sensors reveal surface temperature patterns that can support inspection, comparison, and further investigation.

Scope-dependent outputs
Thermal imagery and context for inspection review.
Equipment photo coming soon

Process / reconstruction

Photogrammetry

Overlapping RGB photographs captured from the ground or air can be processed into spatial outputs that help teams understand an asset or site in context.

Scope-dependent outputs
Orthomosaics, point clouds, and textured 3D models, as defined in the project scope.
Equipment photo coming soon

Virtualize / collaborate

Web-based model delivery

Browser-based views help project teams explore captured conditions and share the models, records, and deliverables defined in the project scope.

Scope-dependent outputs
Navigable models, visual records, and project-specific exports.

Capture planned around project requirements.

Reliable information depends on the field plan, the processing approach, and the checks applied to the finished record.

  1. Define project requirements

    Confirm the asset, intended use, deliverables, and any accuracy targets before selecting a capture method.

  2. Plan capture & control

    Consider site access, coverage, site conditions, and the positioning or control methods appropriate to the project scope.

  3. Process & review

    Review data coverage and consistency, then complete the verification steps defined in the agreed project scope.

Tell us what you need to capture.

Tell us about the asset, site conditions, and the information your team needs to make informed project decisions. We can help define an appropriate capture and delivery approach.

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